8 results about "Reactive system" patented technology

The invention discloses a disperse relaxation factor tidal current model based minimum electricity generating cost incremental quantity obtaining method. When a minimum electricity generating cost incremental quantity model only containing one balance node tidal current model is solved, the total demand unit change of a system is fixed on a balance node, and an obtained lambda, namely electricity generating cost minimum incremental quantity cannot reflect actual operation of the system in most cases during total demand unit change of a system. The disperse relaxation factor tidal current model based minimum electricity generating cost incremental quantity obtaining method adopts solves the provided model by means of an original antithesis interior point method, and the lambda of the system is controllable according to selected disperse relaxing factors.

The invention discloses a method for dynamically setting dog feeding time of a watchdog circuit, which comprises the following steps of: collecting and monitoring power consumption of a CPU (Central Processing Unit) and a corresponding load, and fitting the load and power of the CPU according to monitoring data so as to reflect the running state condition of a system; power consumption of a monitoring CPU is collected in real time, the real-time CPU load is calculated according to the fitting relation between the CPU load and power, and the watchdog feeding time of a watchdog circuit is determined according to the CPU load; a square wave period is set, square waves are collected to set timeout time, and the timeout time is kept consistent with dog feeding time, determined according to CPU loads, of a watchdog circuit. According to the method, the CPU power consumption and the load are fitted, the CPU load is monitored in real time, the square wave period is adjusted, the dog feeding time is dynamically adjusted according to the CPU load, resource waste is avoided, and the method is suitable for the fields of embedded systems, industrial control and the like.

The invention relates to the technical field of water treatment, in particular to a PHG different-direction bridging reaction system for front-end pretreatment of wastewater, which comprises a reaction monitoring module, a data analysis module, a strategy execution module and an early warning treatment module. According to the system, parallel detection light is projected to a reaction area, scattered light and transmission light are received, and image acquisition is synchronously combined, so that multi-dimensional monitoring of floc micromorphology and macroscopic spatial distribution is realized. The data analysis module is used for carrying out primary abnormity judgment according to the visual characteristics of the floc, diagnosing an abnormity source in combination with scattered light, and distinguishing abnormal hydraulic stirring conditions or abnormal flocculant response. And the strategy execution module generates a differential control instruction according to the diagnosis result, adjusts stirring or dosing parameters, and evaluates the effect after adjustment. The system provided by the invention has the functions of automatic early warning and advanced self-treatment, realizes closed-loop intelligent regulation and control of the flocculation process, and improves the quality stability of effluent and the self-adaptive capability of the system.

The invention discloses an FPV system design method based on forward wave performance, and belongs to the technical field of floating type photovoltaic systems, and the method comprises the following steps: S1, collecting and processing key design elements of an FPV system, S2, calculating the boundary and step length of a design variable by using a dimensionless parameter analysis normal form, S3, calculating the related data of working conditions and forward wave performance, and S4, calculating the design parameters of the FPV system. The method comprises the steps of S1, calculating a working condition name table and a wave-following property table according to the working condition name table and the wave-following property table, S2, calculating a local wave-following property map and an overall wave-following property map of a target array of the FPV system according to the content of the working condition name table and the wave-following property table, S5, obtaining a design interval of FPV system parameters through a map analysis method, S6, limiting the design interval in combination with specific conditions to obtain specific values of design elements of the FPV system, and S5, calculating the wave-following property of the target array of the FPV system according to the specific values of the design elements of the FPV system. By the adoption of the method, the response characteristics of the FPV system when the FPV system deals with the wave load are reflected along the wave, and meanwhile optimization design of key parameters of the FPV system is reversely guided.

The embodiment of the invention discloses an in-situ leaching uranium mining simulation test device and method.The test device comprises a main body reaction system, the main body reaction system comprises a barrel, a temperature control assembly and a stress loading assembly, the barrel is used for containing a sample, the temperature control assembly is arranged in the barrel and used for regulating and controlling the temperature in the barrel, and the stress loading assembly is arranged in the barrel; the stress loading assembly is arranged in the cylinder body, and the stress loading assembly is used for applying pressure to the sample in the cylinder body. The temperature control assembly, the stress loading assembly, the leaching liquid injection system and the leaching liquid collection system are integrated, the temperature control precision is high, the range is wide, the pressure control precision is high, various test scenes and conditions are met, the device and the method achieve reproduction of an underground geological environment in a laboratory, indoor leaching simulation accurately regulates and controls the temperature and the pressure, and the test efficiency is improved. Simulation data is closer to underground leaching data including temperature and pressure field conditions; and the indoor simulation test research requirement on the intensified leaching of the complex and refractory mining body of the in-situ leaching uranium mining mine can be met.

The present invention relates to a method for analysing switching and regulation processes, the method comprising the following steps: a) providing at least one reaction system; b) measuring and selecting at least one parameter of at least one reaction system from step a); c) repeating step b) at least once; d) creating at least one time series by means of at least one parameter selected in step b); e) discretising the measured parameter values from step b) in the time series from step d) in order to generate a sequence of micro-states; f) generating a directed graph of macro-states from the at least one discretised time series in step e); g) performing a structural analysis of the directed graph from step f) for combined determination of the number of temporally correlated changes to the micro-states in a subset of randomly selected system components.

The invention discloses an intelligent doll based on differentiated characters and world view and an AI system of the intelligent doll, and relates to the field of intelligent dolls and artificial intelligence (AI) control systems of the intelligent dolls, in particular to the intelligent doll based on the differentiated characters and the world view and the AI system of the intelligent doll, and the intelligent doll comprises an intelligent doll body and the AI control system. The intelligent doll has preset differentiated characters, world view, value view and cognitive ranges, and can make personalized response to the same problem or scene; the AI system can drive the doll to perform non-question-and-answer type active interaction, such as actively initiating a dialogue, interrupting a user and irony or exaggerated according to characters, and supports switching between an offline mode and an online mode to adapt to a network-free environment. In addition, the system further comprises a combat strategy module, so that the dolls can automatically formulate and adjust tactical strategies according to different opponents. Through personalized setting and active interaction capability, the reality sense and interaction naturalness of the doll are improved, and the method can be widely applied to scenes of entertainment, education and the like.