5results about How to "Avoid manual calculations" patented technology

This invention relates to the field of mechanical manufacturing technology, and discloses a method and system for automatically selecting and designing molds for retaining rings and spring machines. The method includes: obtaining the basic parameters of the retaining ring to be processed, and determining the final machine model that meets the requirements of each processing stage based on the basic parameters; calculating the width-to-thickness ratio based on the width and thickness of the retaining ring to be processed, and determining whether it meets the requirements for fan-shaped processing based on the width or width-to-thickness ratio; if it meets the requirements for fan-shaped processing, determining the inner arc angle of the fan-shaped cut based on the basic parameters of the retaining ring to be processed and the final machine model; if it does not meet the requirements for fan-shaped processing, determining the punching angle based on the cut type and application, and selecting or designing a mold for the retaining ring to be processed. This invention achieves full automation and intelligence in the selection and design of retaining ring and spring machine molds by obtaining the basic parameters of the retaining ring, improving the efficiency and accuracy of mold design, and accurately matching processing parameters according to the specifications and process requirements of the retaining ring, reducing the reliance on the professional skills of operators.

The invention relates to the technical field of unmanned aerial vehicle control, in particular to an unmanned aerial vehicle cluster instruction control and return monitoring method and system based on dynamic configuration, and the method comprises the steps: analyzing an external configuration file, and dynamically generating a control interface of an unmanned aerial vehicle instruction and logic associated with the control interface; wherein the external configuration file defines metadata, a parameter structure and a verification rule of the instruction in a declarative mode, and the metadata comprises classification and attributes; in response to the operation of the user, sending an instruction to an unmanned aerial vehicle cluster based on the control interface of the unmanned aerial vehicle instruction; in a preset time window, collecting state feedback data of the unmanned aerial vehicle cluster for the instruction, and calculating a cluster-level instruction execution efficiency index based on the state feedback data; and outputting the efficiency index in a visual mode to assist in decision making. The method can solve the technical problems that an instruction system is rigid, and command decisions are reduced to excessively depend on subjective experience of operators and manual statistics.

This invention belongs to the fields of nanocomposite material preparation and machine learning technology. Specifically, it is a web-based concentration prediction system-assisted method for detecting pefloxacin. Based on the interaction between a ratiometric fluorescent probe (BSA-AuNCs-GTP-Tb) and pefloxacin, it exhibits a variety of visible fluorescent colors under ultraviolet light. The concentration prediction system detects the target object, extracts the fluorescent colors, and identifies the relationship between pefloxacin concentration and color data. The ratiometric fluorescent probe itself has good stability and, compared to single-signal fluorescent probes, is less affected by external factors, exhibiting higher anti-interference capabilities. The concentration prediction system, embedded with deep learning and machine learning, offers high efficiency, accuracy, and stable operation, along with advantages such as simple operation, ease of use, and wide applicability.

This invention discloses a design method for an elliptical rolling pass, relating to the field of rolling technology. The method includes the following steps: S1 Determining the pass output parameters: Simplifying the shape of the elliptical pass, defining and determining the parameters, and determining the calculation formula for these parameters; S2 Obtaining basic parameters: Obtaining data parameters of the material shape before and after rolling through past rolling records or practical experience, and summarizing and calculating these data parameters. This invention's method for designing an elliptical rolling pass determines the output parameters, establishes the calculation formula for the elliptical pass parameters, obtains data parameters of the material shape before and after rolling through past rolling records or practical experience, and uses computer software to program and set relevant parameters for automatic calculation. This method is fast, accurate, and avoids frequent and complex manual calculations.

The invention discloses a batch engineering content safety LEC risk assessment system, and the system comprises a safety LEC knowledge base which is used for storing a mapping relation between an engineering type and a standard L value, a mapping relation between a standard C value and an E value scoring standard; the agent processing platform comprises a data receiving and cleaning module, a keyword extraction and engineering type identification module, a risk assessment calculation module, a risk level judgment and suggestion generation module and a report generation module, and is used for receiving a spreadsheet uploaded by a user, automatically executing data cleaning, engineering type identification and matching and calling of an L value, an E value and a C value, and generating a report. Calculating a risk value D, judging a risk level, generating a safety suggestion, and generating and outputting a safety risk assessment report; according to the batch engineering content safety LEC risk assessment system and assessment method, batch automatic assessment of engineering safety risks can be effectively and accurately realized.