4results about How to "Realize the plan" patented technology

This invention relates to the interdisciplinary field of mechanical engineering and optical inspection, and discloses a method and system for quality sorting of automotive stamping parts combined with optical inspection. The method includes: synchronous imaging by a high-speed linear array camera and a structured light projector via an encoder and photoelectric triggering device; fusing 3D point clouds and 2D images, and using a deep convolutional neural network for defect identification and quality grading; calculating the six-degree-of-freedom pose of the workpiece using an iterative nearest-point algorithm and principal component analysis; calculating the spatiotemporal parameters of sorting based on a predictive instruction generation module, and issuing dynamic control commands to multi-degree-of-freedom pneumatic push rods via a hard real-time communication bus to execute sorting. The system includes a synchronous triggering unit, an imaging unit, a defect identification unit, a pose calculation unit, a predictive instruction generation module, and a dynamic sorting execution unit. This invention achieves millisecond-level accurate identification and adaptive sorting, significantly improving detection accuracy, sorting efficiency, and system robustness.

This application discloses a machine tool structure with a combined machining head. The application includes: a first base and a second base, the first base having a working area for placing the workpiece to be processed; a column, on which a first X-axis linear module is mounted; a first group of electrical discharge machining (EDM) heads, comprising at least four heads mounted on the first base and respectively connected to the first X-axis linear module, each of the four heads having an independent Y-axis linear module and a Z-axis linear module; and a second group of EDM heads, comprising at least one head mounted on the first base, the second base having a second X-axis linear module, the at least one head connected to the second X-axis linear module, the at least one head having an independent Y-axis linear module and a Z-axis linear module, and all four heads connected to an EDM power supply.

The application relates to the technical field of intelligent mines, and discloses a geological guarantee intelligent planning and mining system based on deep reinforcement learning, which comprises a geological guarantee basic module, an intelligent planning engine module and a closed-loop execution system module; the geological guarantee basic module constructs a dynamic probabilistic digital twin environment through a geological uncertainty implicit neural field, and realizes real-time data fusion and update in combination with gradient flow; the intelligent planning engine module realizes long-period risk perception planning based on a geological perception Markov decision process and a causal world model; the closed-loop execution system module deploys a lightweight model through strategy distillation, establishes a twin reality bidirectional evolution closed loop, realizes adaptive cooperation of planning and execution, and solves the problems of static vulnerability of a conventional mining system, short-sighted non-strategy planning and system fragmentation and open loop, realizes dynamic cognition, far-reaching planning and closed-loop self-evolution of the whole life cycle of a mine, and significantly improves mining efficiency and safety.

This application discloses a resource allocation method, system, and storage medium. The resource allocation method includes: a target identification step, which responds to externally input demand information and matches available targets; a target filtering step, which responds to available target data, issues demand instructions to all targets in the available target data, receives at least the first feedback, and generates feedback data; a path planning step, which responds to the feedback data, calls the location of the target that issued the feedback and the location in the demand information, plans the shortest path, and generates path data; and a trajectory tracking step, which responds to the targets corresponding to the path data and feedback data, tracks the target positions, generates real-time location data, and provides real-time location feedback. The technical solution of this application can effectively improve the resource utilization and allocation efficiency in the medical industry.