4results about How to "Direct conversion" patented technology

The invention belongs to the technical field of artificial intelligence, and particularly relates to a voice prompting method and system based on nuclear power high-risk operation prompting. Comprising the following steps of 1, preprocessing a text; step 2, feature extraction; 3, acoustic modeling is carried out; and 4, training and optimizing. The system has the beneficial effects that the working efficiency and accuracy are improved: through the voice intelligent reminding system, a worker can directly hear important step reminding of high-risk operation without depending on text notification or manual voice broadcast, so that the time and errors of information transmission are reduced, the possibility of text understanding or reading errors is avoided, and the working efficiency and accuracy are improved. And errors caused when the worker executes high-risk operation are reduced, and the working efficiency is improved.

The application relates to the field of data processing and discloses a structured data automatic extraction and output method and device for business bills. The method comprises the following steps: providing a plurality of pre-created and published template snapshots and data structure constraint rules; acquiring a bill image; automatically determining a target template type matched by the bill image, loading corresponding template snapshots and data structure constraint rules according to the target template type; performing optical character (OCR) recognition on the bill image to obtain OCR text; and extracting and outputting corresponding structured business data from the OCR text through an information extraction engine according to extraction prompt words and data structure constraint rules. The embodiment of the application can self-define a template, automatically identify a bill type, perform data extraction through context semantic understanding to break through the difference barrier of field naming, and directly output structured business data, so as to meet the automation, standardization and traceability requirements of enterprise-level bill processing.

This invention discloses an efficient simulation method for non-Gaussian processes based on a hybrid HPM and JTM model, belonging to the field of structural dynamics technology. This invention achieves rapid simulation of non-Gaussian processes through parameter estimation using Hermitian polynomial and Johnson transformation models based on machine learning, explicit transformation from non-Gaussian correlation functions to Gaussian correlation functions, and fast simulation of non-Gaussian processes based on linear filtering. While ensuring accuracy, this method effectively improves the efficiency of non-Gaussian process simulation and is applicable to non-Gaussian process simulation in various engineering fields.

The invention discloses a hydrodynamic leakage drainage system for a medium-high water head hydropower station, which comprises a water taking module for introducing pressure water from a water diversion pressure steel pipe of the hydropower station; the water quality purification module is used for filtering impurities in the pressure water; the pressure adjusting module is used for adjusting the pressure of the pressure water; the power conversion module is used for converting hydraulic energy of the pressure water into mechanical energy; the drainage module is used for pumping and draining accumulated water of the leakage water-collecting well by using mechanical energy; and the monitoring control module is used for monitoring the operation state of the system and controlling the operation of each component of the system. The method has the beneficial effects that continuous drainage under the condition of power loss of the whole plant is realized by utilizing hydraulic resources of the hydropower station, and the safety of the hydropower station is remarkably improved. And the design of multi-stage filtration and pressure regulation is adopted, so that the accurate control on the displacement is realized. By means of the horizontal water turbine pump, direct conversion from hydraulic energy to mechanical energy is achieved, and the energy utilization efficiency is improved.