介绍了油管式汽车动态称重系统。
A rubber-hose type weigh-in-motion (WIM) system is presented.
提出了一种新的动态称重法。
在物料运动的同时称量出其重量称为动态称重。
本论文以定量下料动态称重控制器为研究对象。
This dissertation aims to a dynamic controller designed for material metage on the basis of Intel80C196KC.
介绍了运矿索道动态称重系统的组成和数学模型。
The composition and mathematical model of dynamic weighing system of ore handling cableway are described.
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 solution for quantitative detection by using dynamic weighing method is stated.
良好的动态称重性能，不因重物的晃动而影响称重结果。
WIM good performance, not because of the heavy sway and influence the results of weighing.
配备高精度不锈钢传感器，微处理器，动态称重显示仪表。
Equip stainless steel weighing load cells, microprocessor and dynamic weighing indicator, form a high precision and stable weighing system.
液体罐车的动态称重，由于车内液体的涌动影响测量精度。
In the case of liquid tank carriage scaled in motion its accuracy is likely affected by the surge of liquid in tanks.
编制了相应的数据采集处理软件和管理软件，实现动态称重。
The relevant data collection and processing software and management software were compiled and the dynamic weighing realized.
实验数据测试表明模型可以获得6%以内的动态称重预测误差。
Experimental data show that the model can be tested within 6% dynamic loads measurement prediction error.
提出一种通过自适应补偿提高长秤台汽车动态称重系统精度的方法。
An adaptive compensation method was presented to improve the precision of the long weighbridge weight-in-motion system.
毫不夸张地说，动态称重技术必定是未来称重测力技术的发展趋势。
No overstate, the technology of the WIM must be the developing trend of the weighing technology in future.
传统上车辆的称重系统主要分为安装在路面上的静态秤台和桥动态称重系统。
Traditionally there are two kinds of weight-in-motion systems: static weighting platform on pavement and bridge dynamic weighting system.
公路汽车动态称重信号由于受外界各种干扰因素的影响，数据处理较为复杂。
Because of the influence of various external factors on signals of weigh-in-motion of automobiles, the data processing is more complicated.
动态称重因为涉及的参数多、运动状态下干扰大，所以比静态称重要复杂的多。
Dynamic weigh is more intricate than static one for more parameters and noises are involved.
最后运用线性最小二乘法，实现了该算法，并采用该算法设计了先进的动态称重仪。
The algorithm is implemented by using the linear least square method, thus making it possible to design an advanced load-sensing instrument for weigh-in-motion.
通过对现场生产过程的调研，实现动态称重，多达四路物料的配料控制的软硬件系统。
Through the on-site investigation of the productive process, we design and implement a dynamic weighing and four-loops batching control system.
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。
By studying the weighing process composed of conveying belt and feeding gate, a new dynamic quantitative weighing control method is presented.
本文给出了自动进料系统中动态称重的基本原理，分析了称重中的主要干扰来源和特性。
The principle of dynamic weigh is given, and the source of noises and its characteristic in dynamic weigh is found out.
因此研究汽车动态称重技术不仅具有较高的学术价值，而且具有较大的社会价值和经济价值。
So the research of vehicle weigh-in-motion technology not only has great academic value, but also have bigger social value and economic value.
通过疲劳试验，重点研究了基于光纤光栅的弯板式动态称重系统弹性钢板和光纤光栅胶层的疲劳性能。
The fatigue performance of the elastic steel plate and the adhesive layer of the weigh-in-motion system is studied as key point.
而目前的动态称重系统由于只对动态称重信号作简单的数字滤波处理，而缺乏更深一层的信号处理技术。
While the weighing signal processing of the actual Weigh-in-Motion is simple digital filter and no further signal processing technique.
有效的抑制超限超载的重要手段就是实现对车辆的计重收费，而计重收费的关键技术就是车辆的动态称重。
The important means to effectively restrain overloads is to charge by weight, and the key technology of charging by weight is weight in motion.
光纤光栅因为安全性能好、传输效率高、精度和稳定性高，成为道路和桥梁动态称重系统的理想传感元件。
On account of the high safety, efficiency, precision and stability, fiber grating is qualified to be satisfactory sensor in road and bridge weighing systems.
介绍了耦合型光纤应变传感器的工作原理，分析了耦合型光纤应变传感器的设计和应用于汽车动态称重的方案。
The design of coupling fiber-optic strain sensor was presented in the paper, and the scheme of coupling fiber-optic strain sensor used in vehicle dynamic weighting was discussed at the same time.
介绍了耦合型光纤应变传感器的工作原理，分析了耦合型光纤应变传感器的设计和应用于汽车动态称重的方案。
The design of coupling fiber-optic strain sensor was presented in the paper, and the scheme of coupling fiber-optic strain sensor used in vehicle dynamic weighting was discussed at the same time.
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