6results about How to "Scientific" patented technology

The present application relates to the technical field of mine production, and specifically discloses a mine water geological parameter monitor, which comprises a mine water geological parameter module, a water quality state analysis module, a mine safety analysis module, a water disaster risk assessment module, a monitoring and early warning terminal and a database. By installing appropriate sensors on the mine water geological corresponding monitoring points and making them in communication connection with the mine water geological parameter monitor, real-time monitoring and acquisition of the water quality, gas and hydrological parameters of each monitoring point in each monitoring period can be realized. The mine water geological parameter monitor can monitor the temperature, pH value, conductivity, dissolved oxygen content and suspended solids content of the mine water in real time, as well as the methane concentration, carbon dioxide concentration, oxygen concentration and gas release rate. In addition, the mine water geological parameter monitor can also monitor the water inflow, water level value, water storage volume and drainage flow, thereby providing accurate and reliable data support for mine water management.

The invention discloses a quantitative evaluation method for the stability of a tight oil reservoir cement sheath, which comprises the following steps: 1) acquiring well cementation cement, measuring basic parameters of main substances in the well cementation cement, carrying out an underground cement well cementation simulation experiment, and measuring basic parameters of a cement sheath sample after reaction; 2) taking the particle size as a separation point, dividing the cement substance into an unreacted inclusion and a full-reacted body, calculating the average thickness of the outer ring of the unreacted inclusion, obtaining a thickness-diameter curve, calculating the ratio of the thickness to the particle size of the unreacted inclusion with different particle sizes, and re-representing the large-particle-size combination distribution state of the substance after the cement reaction; and 3) calculating the filling degree of the small-particle-size substances according to the porosity and the effective porosity of the cement sample, defining the unfilled small-particle-size substances and the unreacted inclusion substances as free substances, and calculating a stability coefficient according to the composition state of the free substances to evaluate the well cementation quality. The stability is determined according to the particle distribution state before and after the cement sheath reaction, and the method is more scientific and economical.

The application relates to the technical field of computer application, in particular to an optimization method for quickly solving a motor train unit interchange plan. The method comprises the following steps: obtaining real-time state data of a motor train unit; constructing a time-space axis network of the motor train unit interchange plan based on the real-time state data of the motor train unit; establishing an original model of the motor train unit interchange plan based on actual state data of the motor train unit and the time-space axis network; the actual state data comprises real-time state data and maintenance state data of the motor train unit; establishing an aggregated optimization model based on the real-time state data of the motor train unit and the original model of the motor train unit interchange plan, the aggregated optimization model is based on the real-time state data of the motor train unit to obtain a solving result; constructing a disaggregated solving model based on the solving result of the aggregated model, the disaggregated solving model combines the aggregated result with the obtained actual state data to generate a specific real-name interchange plan.

The invention relates to an exogenous variable time sequence large model adapter fine tuning method based on cross-scale analysis. The method comprises the steps of obtaining a target variable historical sequence and an exogenous variable sequence; performing cross-scale decomposition and mixing processing on the target variable historical sequence to obtain single-channel aggregation information fused with multi-scale time sequence information; and performing information interaction and fusion processing on the exogenous variable sequence and the single-channel aggregation information u to obtain a fusion feature after association modeling. The method has the beneficial effects that time sequence laws and characteristics under different scales are fully crossed and fused by performing cross-scale analysis on time sequence data, so that the capability of multi-scale characteristic collaborative modeling of the large time sequence model is improved; secondly, by introducing an exogenous variable and modeling a complex relationship between the exogenous variable and an endogenous variable, the exogenous variable information is utilized to assist prediction to a certain extent;

The application discloses an ancient village landscape evaluation method and system based on visual field analysis, which comprises the following steps: collecting data of a target area and preprocessing the data; constructing a visual field analysis optimization model based on the preprocessed data; obtaining visible areas in the target area based on the visual field analysis optimization model; combining water resource flow, landscape grades and visible areas in the target area to construct an ancient village landscape comprehensive evaluation method; obtaining a comprehensive evaluation index score of an observation point based on the ancient village landscape comprehensive evaluation method; judging whether the comprehensive evaluation index score of the observation point is greater than a set threshold value, and if yes, taking the observation point as a predicted viewing platform site; judging whether the distance between the predicted viewing platform site and an original viewing platform address is greater than an error range, and obtaining the accuracy of the predicted viewing platform site. The application is more scientific, reasonable and operable for the selection of the ancient village viewing platform.

This invention relates to the field of computer vision technology, and provides a standard judgment method and scoring device for basic human motor skills. The method includes: recording relevant information of key points of the human body; identifying the person with the smallest change in human body indicator features in two adjacent frames as the same person; recording the position information of the target object; processing the relevant information of the key points and the position information of the target object to obtain action detail information; comparing and analyzing the action detail information with the detail requirements, and synchronously displaying the preliminary evaluation results on the image; after completing the processing and analysis of all frames of the video, obtaining the final evaluation result corresponding to each detail requirement; the evaluation result of the action standard is derived from the final evaluation result of the corresponding detail requirement through a bitwise AND operation; this invention improves the accuracy of scoring by breaking down each action standard into different detail requirements; and makes sports training more targeted and scientific by judging human movements in real time.