A new dynamic weighing method is presented.
提出了一种新的动态称重法。
The solution for quantitative detection by using dynamic weighing method is stated.
针对定量检测问题提出了利用动态称重方法的解决方案。
The dynamic weighing method realizes high-speed fixed-quantity weighing packaging of physical distribution of solid powder-shaped or grain-shaped products with low cost.
为低成本地实现固体粉状或颗粒状产品物流高速定量称重包装。
Applying this method to dynamic weighing for automobile, practice indicates the dynamic measurement result is not in accord with the static measurement result, with an error below 1.5%.
将此方法应用于某公路动态汽车衡的开发，安装路试表明，动态测量与静态称重的吻合度控制于1.5%以内。
Weighing instrument verification usually adopts direct plus weight method, it needs certain unconventional methods in the dynamic verification of some automatic weighing instrument.
衡器检定通常是采用直接加砝码法，但一些自动衡器的动态检定中需要采取某些非常规的方法。
The results show that the method can solve problem of the conflict between speed and accuracy of dynamic quantitative weighing process successfully.
研究结果表明：该方法能够比较理想地解决动态定量称重过程中速度与准确度的矛盾。
With the weighing process composed of conveyor all feed as example, a new dynamic quantitative weighing control method is stated.
以传送带、料门给料的称重过程为研究对象，提出一种新型动态定量称重控制方法。
By studying the weighing process composed of conveying belt and feeding gate, a new dynamic quantitative weighing control method is presented.
以传送带、料门给料的动态称重过程为对象，提出了一种新型动态定量称重控制方法。
Through the study on spiral feeding quantitative weighing, a new dynamic quantitative weighing control method is introduced.
通过对螺旋加料的定量称重过程的研究，介绍了一种新型的动态定量称重控制方法。
The simulation results show that the method proposed by the paper can use the full dynamic information of weighing sys- tem to obtain the steady values of weighing data.
仿真结果表明该方法可以充分利用称重系统的动态信息求得称重数据的稳态值。
The project background is firstly introduced, and the thesis analyses the existing dynamic weighing and batching control methods which denotes the superiority and applicability of our chosen method.
首先介绍本课题的研究背景和意义，分析现有动态称重和配料控制方法，阐述本课题所选用方法的优越性和适用性。
The project background is firstly introduced, and the thesis analyses the existing dynamic weighing and batching control methods which denotes the superiority and applicability of our chosen method.
首先介绍本课题的研究背景和意义，分析现有动态称重和配料控制方法，阐述本课题所选用方法的优越性和适用性。
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