2results about How to "Strong application scalability" patented technology

This invention provides a physical simulation experimental device and method for fine exploration of water-bearing sections in underground rock strata. The device includes a water storage tank connected to a water pump. The water pump is connected to one end of multiple water supply valves via a one-way valve. Each water supply valve has a corresponding rock chamber at its other end. These rock chambers are vertically mounted on the sidewall of a simulated borehole pipe. Flange end caps are installed at both ends of the simulated borehole pipe. A return water inlet sealing head is installed on the flange end cap at the tail end of the simulated borehole pipe. The return water inlet sealing head is connected to the water storage tank via a return water valve. An energy storage and voltage regulator is also installed between the water storage tank and one end of the multiple water supply valves. An armored optical fiber cable for acoustic wave sensing is coaxially installed inside the simulated borehole pipe. This invention can effectively simulate various geological and hydrological conditions in actual underground rock strata environments. By analyzing the variation patterns of acoustic signals, it improves the accuracy of exploration of water-bearing sections, providing reliable technical support for coal mine water hazard prevention and safe production.

This invention discloses an artificial intelligence-driven method and system for constructing a disease gene pharmacology association database, belonging to the interdisciplinary fields of computer software, bioinformatics, and precision medicine. This invention collects multi-source heterogeneous data through a deep reinforcement learning intelligent crawler, and achieves data standardization and quality control through a GNN-DTI model and a three-level labeling system; it employs a MySQL hierarchical storage engine to support high concurrency and large-scale expansion; it combines a T5 model and D3.js to provide natural language retrieval and visual interaction, and uses a multi-language SDK and containerized deployment to achieve pluggable expansion. This invention realizes a closed loop of data acquisition, processing, storage, and application, with a data confidence level exceeding 0.85, millisecond-level query response, and supports six major scenarios including precision medicine, providing efficient decision support for medical, pharmaceutical, and scientific research fields.