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应用本文提出的模拟校验理论,设计各种带微处理机的测力、称重系统,可以全面消除测力、称重设备随使用时间、使用环境与其本身技术性能变化等因素对系统精度产生的影响,避免目前测力、称重系统必不可少的实物校验,大大降低系统对一次元件、二次仪表的要求,使制造低成本、高精度、自我校验、自我诊断与自我完善的智能设备成为可能。该系统简单易行,易于标准化、系列化。随着这种模拟校验理论在技术上的应用,将对测力、称重领域产生一定影响。
Applying the simulation verification theory proposed in this paper, we can design all kinds of force-measuring and weighing systems with microprocessors, which can eliminate the force measurement completely. The precision of the weighing system depends on the time of use, the environment of use and the technical performance of the weighing system , To avoid the current physical testing of the load cell and weighing system, greatly reducing the requirements of the system for the primary component and secondary instrumentation, and making the manufacturing of low cost, high precision, self-checking, self-diagnosis and self-improvement Smart devices become possible. The system is simple, easy to standardize, series. With the application of this analog calibration theory in technology, it will have an impact on the field of force measurement and weighing.