7 results about "Group system" patented technology

This invention proposes a multi-committee parallel Byzantine fault-tolerant consensus method, GP-BFT. This method groups system replicas into multiple independent committees based on the minimum Byzantine fault tolerance parameter. Each committee executes consensus in parallel, effectively reducing intra-group communication. A two-level leader election is employed: each committee elects a first-level leader responsible for intra-group consensus, and a second-level leader is elected from among the first-level leaders using a threshold coin to coordinate globally. A dual timeout handling mechanism is designed: when less than half of the committees time out, cross-path collaborative commit is used, leveraging committees that have completed consensus to drive the timed-out committees to quickly resubmit; when more than half of the committees time out, aggregated timeout certificates are used to advance the global round. This method significantly reduces consensus latency and communication overhead in large-scale replica scenarios while ensuring security and liveness.

The application discloses a multi-temperature-zone heating furnace cross-scale design and temperature control optimization method and product, and belongs to the technical field of thermal field design and control of industrial heating equipment. The application is based on the structural operation coupling relationship between cross-scale objects, first constructs a small-size corresponding pi group system, and obtains a pi group system of a large-size object according to a thermal field equivalent mapping relationship with cross-scale transferability, and then inversely calculates to determine initial values of structural parameters and operation parameters of the large-size object, so that a large-size thermal field model is constructed to perform thermal simulation, and is adjusted in the case of meeting the thermal field equivalent mapping relationship with the thermal field distribution requirement of the large-size object, parameters can be optimized while ensuring that the thermal field simulation is close to the actual situation, and high cost and long period problems caused by multiple rounds of repeated trial production and experimental correction on the large-size multi-temperature-zone heating furnace are avoided.

This invention relates to the field of intelligent connected vehicle technology, addressing the shortcomings of existing intelligent connected vehicle communication network trust assessment and consistency coordination. Specifically, it relates to a collaborative control method for trusted interaction among intelligent connected vehicle groups under a zero-trust architecture. By fusing direct and indirect trust functions to obtain a dynamic comprehensive trust assessment function, it achieves real-time fusion of the global communication network and the comprehensive trust calculation model, accurately quantifying the degree of interaction between vehicles and significantly improving the safety performance of ICV group interaction. A distributed collaborative control algorithm based on state feedback adapts to differences in vehicle trust levels, achieving the goal of consistent coordination among vehicle queues and ensuring the stability of collaborative control in dynamic communication scenarios for the ICV group. The integrated design of zero-trust security protection and vehicle communication network allows the security of communication relationships in the ICV group system to be updated in real time, adapting to the communication topology changes under dynamic vehicle movement.

The present application relates to sewage treatment device technical field, especially to a sewage treatment device for water supply and drainage. Its technical scheme includes a sink, a rotating disc system, a partition plate and a pump group system. The rotating disc system contains two groups of staggered disc sets, the disc has a plane side and a conical side which is convex inward from the edge, and the flow channel between adjacent discs gradually reduces the effective flow area to the shaft center. The partition plate divides the sink into two layers, and the pump group system drives the upper layer water to circulate to the lower layer. The present application forms forced flushing in the central area through the synchronous reverse rotation of the two groups of discs and the acceleration effect of the variable cross-section flow channel, effectively peeling off the thick biofilm, solving the pain point of thick biofilm in the central area of traditional biological rotating disc and difficult to fall off. At the same time, combined with the flow field and resistance valve flow guiding design, the mass transfer efficiency and treatment capacity are significantly improved, which has the advantages of compact structure, stable and efficient treatment effect.

The utility model relates to a kind of digestive tract objective lens, the optical structure of digestive tract objective lens includes first lens, second lens, third lens, diaphragm, fourth lens, fifth lens, sixth lens sequentially arranged from object side to image side direction along optical axis, the first lens, second lens, third lens combination is front group system, fourth lens, fifth lens, sixth lens combination is rear group system, front group system is divided into gastroscope front group system and enteroscope front group system two kinds of forms, rear group system is common to gastroscope front group system and enteroscope front group system, the optical total length after the combination of gastroscope front group system and rear group system, the optical total length after the combination of enteroscope front group system and rear group system is identical. The utility model design is reasonable, and aberration is balanced reasonably, with small volume, imaging quality is good, lens common rear group, gastroscope system and enteroscope system common module and the like features.