一种用于钵体烧结过程的逻辑控制方法
By dividing the driving output period and the sampling observation period during the sintering process of the pot, and using real-time thermal resistance parameters for feedforward gain correction, the problems of driving power oversaturation and thermal stress gradient runaway during the pot sintering process are solved, and the stability and precise energy scheduling of the system under complex working conditions are realized.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Patents(China)
- Current Assignee / Owner
- SHANXI BEIDU TECH CO LTD
- Filing Date
- 2026-05-13
- Publication Date
- 2026-07-17
AI Technical Summary
In the existing technology, the continuous feedback mechanism cannot identify the nonlinear dissipation inside the controlled object during the sintering process of the pot body, resulting in oversaturation of the driving power. The surface thermal information and the internal physical state are out of phase, making it difficult to achieve precise scheduling of energy injection timing, and the stability of the control system in the phase transition range is difficult to guarantee.
By employing mutually exclusive drive output periods and sampling observation periods in the time domain, and by collecting temperature data during the heating pulse signal and natural cooling phase, real-time thermal resistance parameters are calculated, feedforward gain is corrected, drive duty cycle is adjusted, control deviations caused by phase transition hysteresis are compensated, a state observer is constructed to identify internal states, and a historical baseline self-checking mechanism is introduced to ensure system stability.
This achieves deep alignment between the driving commands and the internal thermodynamic state during the sintering process of the potter's bowl, eliminates local thermal stress gradients, improves the stability and state convergence of the system under complex working conditions, and avoids oversaturation output of the control system.
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Figure CN122219662B_ABST
Abstract
Citation Information
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