10results about How to "Improve recoverability" patented technology

The application provides a kubemark-based Pod fault injection method and system in a kubernetes cluster, which firstly provides a fault collection tool for collecting Pod fault information in a real cluster; meanwhile, virtual nodes with the same specifications as the nodes of the real cluster are created in a simulation cluster by using a modified Kubemark, and a CRI-Proxy (container runtime interface proxy) component is deployed to perform fault injection and container lifecycle management; a fault scene is simulated through a mode of "fault recording-fault broadcasting", and the stability and recovery capability of the system are tested by simulating Pod and container lifecycle abnormalities through fault injection, so that valuable performance test data and system optimization guidance are provided for the real cluster, resources are saved, test efficiency is improved, problems can be reproduced, potential defects can be found, and various risks can be avoided in advance.

The utility model discloses a kind of honeycomb beam-column interseismic structure, including vertical column, horizontal crossbeam is connected on the vertical column, anti-seismic mechanism is arranged between the vertical column and horizontal crossbeam, the anti-seismic mechanism includes triangular support frame, slot and fixed slot, the triangular support frame is connected with plug-in block, the plug-in block is inserted in the inside of fixed slot, plug-in block is connected with locating block, internal thread hole is opened on the locating block.The utility model fills in the frame of triangular support frame by honeycomb array module formed by the interlaced stacking of multilayer regular hexagon honeycomb unit, shear thickening fluid is injected in its honeycomb unit, the structure is deformed by the three-stage energy dissipation mechanism of elastic deformation, plastic buckling and fluid viscosity of honeycomb unit, cooperate plastic hinge deformation of triangular support frame, realize efficient anti-seismic, honeycomb hollow design makes component weight reduction more than 45%, and only damaged honeycomb module needs to be replaced after earthquake, and it can be quickly repaired.

The invention relates to the technical field of tunnel engineering, discloses a modular replaceable energy dissipation hinge and a tough connecting structure for a tunnel lining, and belongs to the technical field of seismic resistance and error resistance of tunnel engineering. The modular replaceable energy dissipation hinge comprises a lining and a storage groove formed in the lining, and an energy dissipation assembly for lining connection is arranged in the storage groove; the two ends of the energy dissipation assembly are connected with connecting mechanisms stretching into the lining. The energy dissipation hinge is convenient to replace, the replacement difficulty of constructors is reduced, and the construction efficiency is improved; the stability and the strength of a connecting part between the energy dissipation hinge and the lining are improved, and the defects that a traditional energy dissipation hinge is directly and fixedly connected with the lining through bolts, and the bolts are prone to loosening and not tight in connection when stressed are overcome; and the safety of a tunnel main body structure is protected, and the damaged hinge modules can be quickly replaced after an earthquake, so that the tunnel repair period is greatly shortened, the maintenance cost is reduced, and the anti-seismic toughness and restorability of tunnel engineering are remarkably improved.

The utility model discloses a flexural parallel dog bone hole mild steel plate laminated rubber energy dissipation and shock absorption device, which consists of an upper connecting steel plate with a round hole, a lower connecting steel plate, an upper connecting steel plate with a round hole, a lower connecting steel plate, an upper connecting steel plate, a lower connecting steel plate, a lower connecting steel plate and a lower connecting steel plate, wherein the upper connecting steel plate is connected with a lower flange of an H-shaped steel frame beam; the upper connecting steel plate and the lower connecting steel plate are welded between the upper connecting steel plate and the lower connecting steel plate, and the left-side and right-side blocking skin dog-bone hole mild steel plate, the bending parallel dog-bone hole mild steel plate and the front-back blocking mild steel plate are welded between the upper connecting steel plate and the lower connecting steel plate. And the upper and lower connecting steel plates are connected with the high-strength bolt system of the steel frame-supporting structure. Under the action of a strong earthquake, the front and rear plugging mild steel plates are bent and deformed to consume earthquake energy, the sections of the parallel dog-bone hole mild steel plates are bent and plastically deformed to consume the earthquake energy, and the laminated rubber penetrating through the parallel dog-bone hole mild steel plates provides restoring force, so that the energy dissipation and shock absorption effects and the shock resistance toughness of the device can be effectively improved.

This invention discloses a method for snapshotting and rolling back neural symbolic transactions for long-range agent collaboration, comprising the following steps: acquiring the states of multiple agents and establishing a unified temporal view; enabling an isolated shadow transaction runtime environment on the unified view; performing differential recording on key changes during shadow runtime to form a snapshot chain; determining the rationality of state changes through neural symbolic consistency verification; if the verification passes, submitting the result and establishing a traceable collaborative state; if the verification fails, predicting the minimum rollback range and performing cascading rollback recovery. This invention employs neural symbolic transaction execution and causal dependency rollback methods to achieve traceable submission and minimal rollback in long-range agent collaboration, possessing advantages such as strong consistency, accurate recovery, and high system stability.

This invention discloses a method for collaborative startup, state synchronization, and anomaly recovery of a desktop intelligent agent system, belonging to the field of desktop software operation control technology. The method includes: a launcher process creating a named mutex and detecting the existence of an already running instance; activating the already running instance and terminating the current instance if one exists; and loading a local configuration file and verifying the integrity of key fields if no running instance exists. This invention avoids resource conflicts caused by repeated startups by using single-instance mutexes and activation of already running instances; improves recoverability after upgrades, migrations, and reinstallations through configuration completion, compatible migration, and failure rollback; enhances the availability of local sidecar services through gateway orchestration and health check mechanisms; improves state consistency between the main process, rendering layer, and gateway through a unified state bus; and reduces the frequency of manual intervention and improves long-term operational stability through an anomaly-level recovery mechanism.

This invention provides a cross-terminal collaborative editing system for a digital design platform for woven products, relating to the field of data processing. The system includes: generating and broadcasting semantic summaries of suspended intentions on each terminal to preserve historical data by recording and accumulating influence trajectories in parallel; determining and issuing structural changes in a single step within a delay window based on tension compatibility, replacing gradual merging; sealing breakage features at connection breaks and releasing residual energy in priority order to trigger micro-rearrangement; generating transferable history seeds based on minimum topological closure and recombination primitives to support local compatibility and synthesis; implementing retrospective freezing for suspected unstable changes and unsealing and repairing them upon detection of complementary events or triggering according to rules; and forming a nonlinear self-reinforcing collaborative editing closed loop through cyclical feedback of time and energy.

The application provides a bionic aircraft, and relates to the technical field of aircrafts, which comprises a fuselage and main wing systems arranged on both sides of the middle part of the fuselage, each main wing system comprising a first driver, a first rocker arm, a connecting rod, a connecting seat and a plurality of bionic wing ribs, the first driver being fixedly connected to the fuselage, one end of the first rocker arm being connected to the output shaft of the first driver, the other end of the first rocker arm being hingedly connected to one end of the connecting rod, one end of the connecting seat being hingedly connected to the other end of the connecting rod, the other end of the connecting seat being hingedly connected to the fuselage, and the plurality of bionic wing ribs being hingedly connected to the connecting seat, the first driver driving the first rocker arm to rotate, the first rocker arm driving the connecting seat to rotate around the fuselage through the connecting rod, and then driving at least part of the bionic wing ribs to rotate relative to the connecting seat to be unfolded and arranged in a radial manner, so that the aerodynamic performance, the control flexibility and the impact resistance are considered while the folding storage portability is maintained.

The application discloses a multi-agent collaborative analysis method for solving biomedical problems. The method comprises the following steps: performing intention analysis on the user input problem text to generate an intention portrait; performing task decomposition on the intention portrait and determining the relationship between each subtask; dynamically configuring an execution topology according to the intention portrait and the relationship between each subtask; converting the problem text into a constrained read-only graph query statement and executing the query in a medical knowledge graph to obtain a knowledge anchor point result; performing bioinformatics analysis according to the execution topology and the knowledge anchor point result, and converting the calculation analysis result into a standardized evidence card; performing fact verification, logical audit and consistency evaluation on the knowledge anchor point result and the standardized evidence card, generating feedback information according to the evaluation result to trigger adjustment of the execution topology or the bioinformatics analysis, and forming a self-correction closed loop; and fusing the knowledge anchor point result, the calculation analysis result and the evaluation result to generate an analysis result of the problem text.

This invention belongs to the field of biomedical materials and flexible sensing technology, and particularly relates to an implantable pressure sensor, its preparation method, and its application. The pressure sensor has a three-layer parallel plate structure, wherein the electrode layer is a conductive hydrogel prepared from polymerizable zwitterionic monomers, the dielectric layer is a microphase-separated hydrogel formed by copolymerization of acrylamide monomers and acrylate monomers, and the encapsulation layer is a biocompatible polymer fiber membrane. By controlling the material composition, polymerization conditions, and structure, the device achieves good matching with biological soft tissues in terms of water content and tissue adaptability. In terms of functional characteristics, the implantable sensor exhibits advantages such as sensitive pressure response and strong cyclic stability, and can be applied in fields such as tissue engineering, physiological or pathological signal monitoring, neural stimulation modulation, and drug delivery.