3results about How to "Overcome delay" patented technology

According to the power grid maintenance plan analysis method and device, the storage medium and the computer equipment provided by the invention, the maintenance data is formed by automatically aggregating various maintenance plans and reclosing and reclosing modes in the power grid. On this basis, collision events possibly existing in the time dimension and the space dimension of the overhaul data are automatically recognized through space-time multi-dimensional collision detection, after corresponding optimization strategies are generated for the recognized collision events according to a preset multi-dimensional criterion, the overhaul data are modified according to all the optimization strategies, and the overhaul efficiency is improved. And finally, a scientific and reasonable power grid maintenance general plan is obtained. According to the scheme, on one hand, omission and delay of traditional artificial experience judgment are overcome, the analysis efficiency of maintenance data is improved, on the other hand, conflict events can be found and eliminated in time, and the feasibility and reliability of a maintenance plan are improved. Through the above process, data aggregation, conflict analysis and optimization, and full-automatic closed-loop processing of planning and generation are realized, so that the overall efficiency and the intelligent level of power grid maintenance work are improved.

This invention discloses a dynamic rendering method based on list buttons, belonging to the field of application software development technology. The method includes: modeling the state logic of a behavioral feature set; constructing a button micro-state machine template; binding parameters and performing transition path deduction on the button micro-state machine template to generate a button state mapping package; analyzing the rendering attributes of the button state mapping package and instantiating nodes to construct a button rendering topology tree; capturing trigger events of the button rendering topology tree and performing operation scheduling on the trigger events to generate an execution chain feedback package; performing context correction, decision re-derivation, and local rendering updates on the execution chain feedback package, and outputting an incrementally updated rendering set. This invention models the rendering context dataset using a graph structure and constructs a button micro-state machine template, improving interface response speed and user experience consistency.

The utility model discloses a comprehensive perception fusion system, relates to the technical field of sensor data fusion, and solves the problems of insufficient clock synchronization precision and lack of fault tolerance and redundancy mechanisms in the prior art. Comprising a multi-sensor module, a distributed clock synchronization module, a data processing and fusion module, a fault-tolerant and redundancy management module and a power management module, the multi-sensor module realizes data acquisition and timestamp addition through a sensor interface unit, a local clock unit and a timestamp generation unit; the distributed clock synchronization module adopts a high-precision clock source and redundancy design, and the synchronization precision is improved through a clock distribution circuit and a clock synchronization detection circuit; the fault-tolerant and redundancy management module realizes rapid switching and recovery of the system through a fault detection unit, a switching control unit and a state recovery unit; according to the invention, the clock synchronization precision and the system fault-tolerant capability are greatly improved.