3results about How to "Guaranteed directionality" patented technology

The application discloses a natural language and meta-model driven code generation system, which comprises an AI layer containing multiple intelligent agents working cooperatively, the AI layer being configured to receive natural language instructions and perform intent recognition, entity extraction, context analysis and constraint verification through the intelligent agents to generate structured metadata; a meta-model engine configured to construct and instantiate one or more meta-model objects according to the structured metadata generated by the AI layer; and a code template engine configured to match one or more corresponding code templates from a code template library according to the content and type of the meta-model objects, and generate executable code or configuration files in one or more target languages through rendering. According to the scheme, natural language is converted into a meta-model decoupled from technology through AI, and high-quality standardized code is automatically generated through a template engine, thereby improving development efficiency and enabling developers to focus on core business innovation.

This invention proposes a single-shear apparatus and shearing method for uniform shear strain distribution. The shearing method includes installing a shearing assembly, loading the sample into the stack of plates of the shearing assembly, installing a vertical loading device and a shear force loading device, applying a vertical load to the sample to consolidate the sample, installing a left-side sliding limit device, and applying a horizontal load to the consolidated sample for shearing. This invention can precisely control the shearing direction, solve the problem of shear force direction deflection in the prior art, and enable uniform shearing of the sample, ensuring uniform vertical shear strain distribution.

The steam waste heat reuse device belongs to the technical field of industrial heating equipment, and aims to solve the problems of insufficient steam pressure, waste of steam waste heat and long heating cycle affecting production efficiency in the existing heating mode. The technical scheme for solving the problem comprises the following steps: first, second and third heating tanks with the same structure are arranged; the steam outlets of the heating tanks are connected with the steam inlets of the next heating tank through first and second preheating pipes, respectively; a one-way valve is arranged on the preheating pipe; a first steam injection pipe and a first electromagnetic valve are arranged on the top of the first heating tank; the steam injection pipes are connected through second and third steam injection pipes and corresponding electromagnetic valves; a discharge pipe and a hand screw valve are arranged at the bottom of the first heating tank; and a buffer baffle is arranged on the inner wall of the preheating pipe. The device can ensure the steam pressure by heating in sequence, preheat the subsequent tank body by using the waste heat, shorten the heating cycle, and improve the energy utilization rate and production efficiency.