6results about How to "Clear status" patented technology

This invention discloses a land surveying and measurement device and its usage method, relating to the field of land surveying technology. It includes a surveying instrument and a tripod assembly and an adjustable toe assembly that provide support for the instrument. The adjustable toe assembly can be switched to adapt to the setup needs of hard and soft ground. The adjustable toe assembly includes a foot spike unit, a rubber foot unit, and a quick-lock unit. This invention, by setting up an adjustable toe assembly, allows for purely foot-based operation: stepping on a second pedal to lower and lock the instrument, and stepping on a linkage deflection component to unlock and reset it. Combined with the fact that the hands only need to lift and lower the support frame, it completely liberates the surveyor's waist. In long-distance operations with frequent terrain changes, it significantly reduces physical exertion. Furthermore, through the linkage structure of the "pedal + quick-lock unit," the lowering and locking or unlocking and resetting of the rubber foot covers can be completed simultaneously within seconds, greatly shortening the instrument setup time.

The invention discloses an active power distribution network flexibility improvement method and system based on intelligent soft switch optimization, and the method comprises the steps: firstly constructing a network flexibility evaluation framework, and then constructing a deterministic planning model of intelligent soft switch optimization configuration based on an obtained flexibility evaluation index. Based on the deterministic planning model, introducing a scene-based maximum and minimum regret value method, and constructing an intelligent soft switch optimal configuration robust planning model; and finally, solving and verifying the model. According to the method, the maximum permeation capacity range of renewable energy is defined as a flexibility index, and the uncertainty of a new energy high-permeation scene can be more efficiently adapted; the economy and the flexibility of the power distribution network are considered through dual-objective optimization; the robust method based on the scene is adopted for solving, all considered renewable energy output fluctuation scenes can be covered, it is ensured that the obtained scheme has feasibility under various fluctuation working conditions, and the operation stability and the anti-interference capacity of the power distribution network are remarkably improved.

The invention relates to the technical field of power battery management, and discloses a power battery residual life online prediction and evaluation method comprising the following steps: S1, obtaining operation data of a power battery pack, and monitoring a local maintenance or local replacement event; s2, determining a replacement object and a non-replacement object; s3, constructing a historical inheritance mark; s4, constructing a mixed-age life state; s5, determining a constraint relation of each object to the life of the whole package; s6, executing residual life online prediction to obtain a residual life prediction result; and S7, evaluating the residual life prediction result to obtain a residual life evaluation result. When a battery is maintained and replaced, a replaced object and a non-replaced object are distinguished, a historical inheriting mark is constructed, life historical information is inherited or a life initial state is reconstructed according to the historical inheriting mark, and a mixed-age life state after local maintenance or local replacement is formed, so that subsequent residual life online prediction and evaluation have a clear object boundary and a state basis.

This invention discloses a distribution network scheduling optimization method based on an energy storage system, belonging to the field of power system optimization and scheduling. With the goal of minimizing photovoltaic curtailment, load shedding, and the operating costs of mobile energy storage (MESS), a traffic-distribution network coupled optimization model is constructed. Based on the traffic uncertainty at each time period on the road, a constraint relationship is established between path state variables and driving state variables to simulate the traffic congestion delay of the MESS, while ensuring sufficient charging and discharging time for the MESS at each node. The coupling between the transportation network and the distribution network is achieved through the path state variables, driving state variables, and output power of the MESS. Traffic uncertainty is transformed into an opportunity constraint on congestion delay. By simulating the congestion delay of the MESS through path state variables and driving state variables, the driving behavior and power scheduling of the MESS are optimized, thereby improving the distribution network's capacity to support photovoltaic power generation and residential loads.

This invention relates to the field of intelligent light emission control technology, and discloses a light emission control method and device based on speed-graded color-changing, comprising: step 1, speed signal acquisition; step 2, speed grade division; step 3, color mapping configuration; step 4, grade determination and instruction generation; and step 5, color change execution. Through this intelligent light emission control method and device based on speed-graded color-changing, the motion status feedback needs of various sports vehicles can be covered. It not only achieves graded and visual presentation of motion speed, but also intuitively conveys different motion level information through different colors, providing users with clear motion status prompts and overspeed warnings, making motion status feedback more intuitive and accurate, and providing more reliable support for sports safety and personalized use.

The invention provides an office management system and management method, and relates to the technical field of management systems. The office management system comprises certificate management, archive management, ammeter environmental protection, rules and regulations documents and technical standards. The certificate management is used for recording personal certificate data and reminding the personal certificate data to carry out annual verification; the archive management is used for managing personal information; the ammeter environment protection is used for regularly checking personal safety technology types; the rules and regulations document is used for managing individual rules and regulations; the technical standard is used for managing the technology of an individual. According to the invention, personal certificate data are recorded through certificate management, the personal certificate data are reminded of annual examination, the state is clear, and management is facilitated; and personal safety technology types are regularly checked and audited through the ammeter environmental protection, so that the safety is ensured.