mhurhangee/patent-ind-claim-en huggingface dataset:
A method of sequencing a nucleic acid characterised by the steps of generating a stream of single nucleoside triphosphates by progressive enzymatic digestion of the nucleic acid; producing at least one substantially double-stranded oligonucleotide used probe by reacting, in the presence of a polymerase and a ligase, at least one of the single nucleoside triphosphates with a corresponding biological probe comprising (a) a first single-stranded oligonucleotide including a single nucleotide capture site for capturing the single nucleoside triphosphate, a restriction endonuclease nicking site including the capture site and oligonucleotide regions juxtaposed either side of the nicking-site bearing respectively at least one fluorophore and at least one quencher so as to render the fluorophores quenched and (b) second and third single-stranded oligonucleotides capable of hybridising to complementary regions on the first oligonucleotide either side of the capture site; nicking the first oligonucleotide strand of the used probe at the nicking-site with a nicking restriction endonuclease to create separate first oligonucleotide components respectively bearing the fluorophores and the quenchers; separating the first oligonucleotide components generated in step from the complementary strand of the used probe and detecting the fluorophores on the separated oligonucleotide component bearing them.
A mobile terminal, comprising: a main body , defining a chamber ; a rotating member , received in the chamber and rotatably connected to the main body ; a sliding mechanism, comprising a sliding rail and a sliding member matching with the sliding rail; wherein the sliding rail is arranged on one of the main body and the rotating member , the sliding member is arranged on the other one of the main body and the rotating member ; wherein the sliding member is capable of sliding in and relative to the sliding rail; and a driving mechanism , configured to drive the rotating member to rotate out and into the chamber; characterized in that the sliding rail is an arc-shaped groove , and the sliding member is a restriction post inserted into the arc-shaped groove ; wherein a rotation axis of the rotating member coincides with a center of an arc of the arc-shaped groove . a main body , defining a chamber ; a rotating member , received in the chamber and rotatably connected to the main body ; a sliding mechanism, comprising a sliding rail and a sliding member matching with the sliding rail; wherein the sliding rail is arranged on one of the main body and the rotating member , the sliding member is arranged on the other one of the main body and the rotating member ; wherein the sliding member is capable of sliding in and relative to the sliding rail; and a driving mechanism , configured to drive the rotating member to rotate out and into the chamber; characterized in that the sliding rail is an arc-shaped groove , and the sliding member is a restriction post inserted into the arc-shaped groove ; wherein a rotation axis of the rotating member coincides with a center of an arc of the arc-shaped groove .
A method of reconfiguring a network , the method comprising: determining a first network topology , the first network topology comprising: a first set of physical connections, each physical connection created between a port on a point of delivery, POD, and a port on a patch panel ; a first set of logical connections within each patch panel of the network; receiving a set of capacity intents, each capacity intent within the set of capacity intents corresponding to each pair of PODs within the network, wherein an intent represents the number of logical links between two PODs ; and determining with one or more computing devices a set of reconfigurations to logical links within each patch panel of the network to generate a second network topology ; wherein the second network topology comprises a logical topology for each patch panel in the network, each logical topology corresponding to a pod-level multigraph , and in which the summation over all pod-level multigraphs for the second network topology provides for a number of capacity intents that is equal to the received set of capacity intents. determining a first network topology , the first network topology comprising: a first set of physical connections, each physical connection created between a port on a point of delivery, POD, and a port on a patch panel ; a first set of logical connections within each patch panel of the network; a first set of physical connections, each physical connection created between a port on a point of delivery, POD, and a port on a patch panel ; a first set of logical connections within each patch panel of the network; receiving a set of capacity intents, each capacity intent within the set of capacity intents corresponding to each pair of PODs within the network, wherein an intent represents the number of logical links between two PODs ; and determining with one or more computing devices a set of reconfigurations to logical links within each patch panel of the network to generate a second network topology ; wherein the second network topology comprises a logical topology for each patch panel in the network, each logical topology corresponding to a pod-level multigraph , and in which the summation over all pod-level multigraphs for the second network topology provides for a number of capacity intents that is equal to the received set of capacity intents.
A non-aqueous electrolyte solution for a lithium secondary battery, the non-aqueous electrolyte solution comprising a lithium salt, an organic solvent, and a first additive, wherein the first additive is a compound represented by Formula 1. wherein, in Formula 1, R 1 to R 6 are each independently an unsubstituted alkyl group having 1 to 10 carbon atoms. wherein the first additive is a compound represented by Formula 1. wherein, in Formula 1, R 1 to R 6 are each independently an unsubstituted alkyl group having 1 to 10 carbon atoms.
A method comprising: executing a transactional memory, TM, transaction in a first thread, the TM transaction executed in an unbounded transactional memory, UTM, system configured to execute first transactions in hardware responsive to determining that a write data to be performed in the TM transaction is sized to fit within a first buffer of a cache memory of a processor ; during the first transactions, determining that a block including a location to be written to has not already been buffered in the cache memory ; and acquiring a write monitor on the block to obtain ownership of the block at an encounter time in which data at the location of the block in the first buffer of the cache memory of the processor is updated, and acquiring a write lock on the block at the encounter time, wherein the write lock is a software write lock present in a memory and associated with the location to be written to, wherein acquiring the write monitor includes updating a monitor indicator state information of the first buffer of the cache memory of the processor corresponding to the first thread to indicate ownership of the write monitor on the block by the first thread; updating the block in the first buffer of the cache memory with the write data ; and executing second transactions in software by performing an unbounded write responsive to determining that the write data to be performed in the TM transaction is not sized to fit in the first hardware buffer of the cache memory of the processor . executing a transactional memory, TM, transaction in a first thread, the TM transaction executed in an unbounded transactional memory, UTM, system configured to execute first transactions in hardware responsive to determining that a write data to be performed in the TM transaction is sized to fit within a first buffer of a cache memory of a processor ; during the first transactions, determining that a block including a location to be written to has not already been buffered in the cache memory ; and acquiring a write monitor on the block to obtain ownership of the block at an encounter time in which data at the location of the block in the first buffer of the cache memory of the processor is updated, and acquiring a write lock on the block at the encounter time, wherein the write lock is a software write lock present in a memory and associated with the location to be written to, wherein acquiring the write monitor includes updating a monitor indicator state information of the first buffer of the cache memory of the processor corresponding to the first thread to indicate ownership of the write monitor on the block by the first thread; updating the block in the first buffer of the cache memory with the write data ; and executing second transactions in software by performing an unbounded write responsive to determining that the write data to be performed in the TM transaction is not sized to fit in the first hardware buffer of the cache memory of the processor .
A patient interface system for ophthalmic intervention on an eye of a patient, comprising: a. a housing ; b. an optical lens coupled to the housing and having an optical axis; c. an eye surface engagement assembly coupled to the housing and comprising an inner seal configured to circumferentially engage the eye , an outer seal configured to circumferentially engage the eye , and further comprising a tissue migration bolster structure positioned circumferentially between the inner and outer circumferential seals to prevent migration of tissue of the eye toward the eye surface engagement assembly when a vacuum load is applied within the assembly to cause vacuum engagement of the inner and outer seals against the eye, wherein the inner and outer circumferential seals extend proximally to form inner and outer seal walls that are joined to a proximal circumferential seal member; a vacuum chamber is formed between the inner and outer seal walls and the proximal circumferential seal member when the seals are engaged with the eye ; characterized in that the tissue migration bolster structure is encapsulated by the vacuum chamber. a. a housing ; b. an optical lens coupled to the housing and having an optical axis; c. an eye surface engagement assembly coupled to the housing and comprising an inner seal configured to circumferentially engage the eye , an outer seal configured to circumferentially engage the eye , and further comprising a vacuum chamber is formed between the inner and outer seal walls and the proximal circumferential seal member when the seals are engaged with the eye ; characterized in that the tissue migration bolster structure is encapsulated by the vacuum chamber.
An electrical terminal block comprising an insulating box having a rear face equipped with fastening elements allowing fastening the terminal block on a support rail according to an arrangement in which a plurality of terminal blocks are disposed side by side on the same row which is oriented in the direction of the support rail and a front face comprising at least one shunt well , the terminal block comprising a marker holder comprising a first fastening portion inserted into the shunt well and a second identification portion having at least one identification portion , characterized in that the second identification portion is hinged relative to the first fastening portion so as to be movable by pivoting relative to the insulating box and varies at least between a lowered angular position relative to the insulating box in which the second identification portion is substantially parallel to the front face of the insulating box and a raised angular position in which the second identification portion is substantially perpendicular locally to the front face of the insulating box , the first fastening portion of the marker holder being stationary relative to the insulating box during the change of the angular position of the second identification portion of the marker holder .
An air conditioner indoor unit configured to cause the wind direction of conditioned air blown out from an outlet port to change upward and downward, generating a fluctuating airflow, the air conditioner indoor unit being provided with: a wind direction adjusting blade for changing the blowout angle of the conditioned air in relation to a horizontal plane; a Coanda blade provided in the vicinity of the outlet port ; and a control portion , configured to, during a fluctuating airflow control, control the fluctuating airflow of the conditioned air using the wind direction adjusting blade and/or the Coanda blade and to control the operation of the Coanda blade in a first mode that includes a Coanda generating condition in which the Coanda blade, by the Coanda effect, changes the flow of conditioned air instantaneously to a Coanda airflow, following a lower face of the Coanda blade itself and guided in a predetermined direction, and a Coanda airflow not generated condition in which the Coanda airflow instantaneously switches to the original flow of conditioned air. a wind direction adjusting blade for changing the blowout angle of the conditioned air in relation to a horizontal plane; a Coanda blade provided in the vicinity of the outlet port ; and a control portion , configured to, during a fluctuating airflow control, control the fluctuating airflow of the conditioned air using the wind direction adjusting blade and/or the Coanda blade and to control the operation of the Coanda blade in a first mode that includes a Coanda generating condition in which the Coanda blade, by the Coanda effect, changes the flow of conditioned air instantaneously to a Coanda airflow, following a lower face of the Coanda blade itself and guided in a predetermined direction, and a Coanda airflow not generated condition in which the Coanda airflow instantaneously switches to the original flow of conditioned air.
A running gear for a rail vehicle , comprising one or more wheel sets , each having a revolution axis (RR), each of the wheel sets being guided by a pair of transversally spaced axle boxes , a running gear frame , a primary suspension assembly between each of the axle boxes and the running gear frame , and a secondary suspension stage for supporting a vehicle superstructure of the rail vehicle on the running gear frame , wherein each primary suspension assembly comprises at least a main spring assembly having a vertical stiffness and a horizontal stiffness that is identical in a transverse direction (TT) of the running gear frame and in a longitudinal direction (LL) of the running gear frame perpendicular to the transverse direction (TT), wherein the primary suspension assembly further comprises an anisotropic interface assembly in series with the main spring assembly between the running gear frame and the axle box , wherein the anisotropic interface assembly is such that the primary suspension assembly has a transverse stiffness and a longitudinal stiffness, wherein the transverse stiffness is substantially different from the longitudinal stiffness, wherein the anisotropic interface assembly comprises an intermediate spring seat for receiving an end of the main spring assembly , wherein the anisotropic interface assembly comprises a guiding structure and guiding means for limiting or suppressing at least two degrees of freedom of motion of the intermediate spring seat relative to the guiding structure , comprising at least one degree of freedom of translation in a longitudinal or transversal direction and at least one degree of freedom of rotation about a longitudinal or transversal axis, characterised in that the guiding means are such as to limit or suppress at least one degree of freedom of translation in the transversal direction (TT) and at least one degree of freedom of rotation about an axis parallel to the longitudinal direction (LL).
A coated tool comprising a base material and a coating layer located on a surface of the base material , wherein a cutting edge and a flank surface are located on the coating layer , the coating layer comprises a portion in which at least a titanium carbonitride layer and an aluminum oxide layer having an α-type crystal structure are laminated in this order, and a texture coefficient Tc1 detected in measurement from a surface side of the aluminum oxide layer in the flank surface is in the range of 1.0 to 5.0, wherein the texture coefficient Tc (hkl) is a value expressed by the formula shown below on the basis of a peak of the aluminum oxide layer analyzed by an X-ray diffraction analysis: a texture coefficient Tc hkl = I hkl / I 0 hkl / 1 / 8 × Σ I HKL / I 0 HKL wherein (HKL) represents a crystal face , , , , , , or ; each of I (HKL) and I (hkl) represents a peak intensity of a peak which is attributed to each crystal face and is detected by an X-ray diffraction analysis of the aluminum oxide layer , using a CuKα line; and each of I 0 (HKL) and I 0 (hkl) represents a reference diffraction intensity of each crystal face contained in a JCPDS card No. 00-010-0173. wherein (HKL) represents a crystal face , , , , , , or ; each of I (HKL) and I (hkl) represents a peak intensity of a peak which is attributed to each crystal face and is detected by an X-ray diffraction analysis of the aluminum oxide layer , using a CuKα line; and each of I 0 (HKL) and I 0 (hkl) represents a reference diffraction intensity of each crystal face contained in a JCPDS card No. 00-010-0173.
A process for the preparation of the compound of Formula A which comprises the following steps: a) creating a first mixture by combining together in a solvent an ammonia source, a cyanide source and a furan-2-aldehyde of Formula B b) combining a brominating agent with the first mixture to form a second mixture; and c) isolating the compound of Formula A from the second mixture. a) creating a first mixture by combining together in a solvent an ammonia source, a cyanide source and a furan-2-aldehyde of Formula B b) combining a brominating agent with the first mixture to form a second mixture; and c) isolating the compound of Formula A from the second mixture.
A container having an inner surface formed of an olefin resin layer, wherein the olefin resin layer includes an organic bleeding lubricant and in which an inorganic porous agent is blended, wherein the inorganic porous agent is high silica zeolite having a silica/alumina ratio of not less than 80, and wherein the inorganic porous agent is blended in an amount of 0.2 to 3.0% by mass in the olefin resin layer that forms the container inner surface.
A method for a first User Equipment, in the following also referred to as UE, in RRC_CONNECTED to request sidelink resources, comprising: transmitting a first Radio Resource Control, in the following also referred to as RRC, message to a network node to request sidelink resources for transmission, wherein a presence of a sidelink Quality of Service, in the following also referred to as QoS, information list in the first RRC message is optional, wherein each entry in the sidelink QoS information list includes an information element indicating a QoS profile of a PC5 QoS flow and an information element indicating a PC5 QoS flow identity of the PC5 QoS flow , and wherein the sidelink QoS information list is present if the first RRC message is used to request sidelink resources for traffic transfer of a Vehicle-to-Everything, in the following also referred to as V2X, service with a second UE, after a unicast link is established between the first UE and the second UE, characterized in that the sidelink QoS information list is absent if the first RRC message is used to request sidelink resources for transmitting a PC5-S message used to request establishment of the unicast link with the second UE for direct communication with the second UE. transmitting a first Radio Resource Control, in the following also referred to as RRC, message to a network node to request sidelink resources for transmission, wherein a presence of a sidelink Quality of Service, in the following also referred to as QoS, information list in the first RRC message is optional, wherein each entry in the sidelink QoS information list includes an information element indicating a QoS profile of a PC5 QoS flow and an information element indicating a PC5 QoS flow identity of the PC5 QoS flow , and wherein the sidelink QoS information list is present if the first RRC message is used to request sidelink resources for traffic transfer of a Vehicle-to-Everything, in the following also referred to as V2X, service with a second UE, after a unicast link is established between the first UE and the second UE, characterized in that the sidelink QoS information list is absent if the first RRC message is used to request sidelink resources for transmitting a PC5-S message used to request establishment of the unicast link with the second UE for direct communication with the second UE.
A method of wireless communication by a receiving user equipment, UE, the method comprising: receiving , from a transmitting UE, a first transmission in a first channel occupancy time, COT; determining , in response to the receiving of the first transmission, a first feedback occasion is outside of the first COT; determining , in response to determining the first feedback occasion is outside of the first COT, one or more feedback configurations; and transmitting , to the transmitting UE, a feedback message indicating decoding of the first transmission in the first feedback occasion or a second feedback occasion based on the one or more feedback configurations, characterized in that the determining the one or more feedback configurations comprises one of: determining a second COT is active and adjacent to the first COT, wherein the feedback message is transmitted in the first feedback occasion of the second COT; and determining one or both of a total number of feedback messages transmitted during a time window is less than a transmission number threshold or a total duration of the feedback messages during the time window is less than a transmission duration threshold, wherein the feedback message is transmitted in the first feedback occasion of the second COT. receiving , from a transmitting UE, a first transmission in a first channel occupancy time, COT; determining , in response to the receiving of the first transmission, a first feedback occasion is outside of the first COT; determining , in response to determining the first feedback occasion is outside of the first COT, one or more feedback configurations; and transmitting , to the transmitting UE, a feedback message indicating decoding of the first transmission in the first feedback occasion or a second feedback occasion based on the one or more feedback configurations, characterized in that the determining the one or more feedback configurations comprises one of: determining a second COT is active and adjacent to the first COT, wherein the feedback message is transmitted in the first feedback occasion of the second COT; and determining one or both of a total number of feedback messages transmitted during a time window is less than a transmission number threshold or a total duration of the feedback messages during the time window is less than a transmission duration threshold, wherein the feedback message is transmitted in the first feedback occasion of the second COT. determining a second COT is active and adjacent to the first COT, wherein the feedback message is transmitted in the first feedback occasion of the second COT; and determining one or both of a total number of feedback messages transmitted during a time window is less than a transmission number threshold or a total duration of the feedback messages during the time window is less than a transmission duration threshold, wherein the feedback message is transmitted in the first feedback occasion of the second COT.