1) truck scale
汽车衡
1.
Realizing of truck sampler system and truck scale system on network;
汽车采样系统与汽车衡系统联网的实现过程
2.
Major technique application and forecast of electronic truck scale automatic management system in China;
我国电子汽车衡自动管理系统的主要技术应用和展望
3.
Intelligent fault-tolerant approach of truck scale based on multisensor correlation
基于多传感器相关性的汽车衡智能容错方法
2) automobile scale
汽车衡
1.
This paper gives an account of the automobile scale intelligent system developed by the authors The combined compiling thchnique by using FOXPRO and C languages is adopted in the intelligent system and data acpuired and managed.
文章介绍了汽车衡智能系统，该系统使用ＦＯＸＰＲＯ及Ｃ语言混合编程技术，对数据进行采集管理。
2.
Automobile scale is a weighing instrument widely used in large enterprise.
汽车衡是大型企业广泛使用的称重仪器,本文叙述了汽车衡计算机称量管理系统设计与实现的一种方法。
3) vehicle scale
汽车衡
1.
Analysis of static characteristics for modular platform of vehicle scale with multi-table;
模块化多台面汽车衡秤台的静态特性分析
4) weighing apparatus of the automobile
汽车衡
1.
The paper introduces the realization of the computer metering management system for weighing apparatus of the automobile,which obtains the upload data from instrument by DDE communication method.
介绍了以DDE通讯方式来获取仪表上传数据的汽车衡计算机计量管理系统的实现。
5) Automobile Weighing Apparatus
汽车衡
1.
60T automobile weighing apparatus metage software system;
60吨汽车衡称量软件系统
6) electric automobile weighter
电子汽车衡
1.
Discussion on the principle of electric automobile weighter and the maintenance;
浅谈电子汽车衡原理及维护
2.
Through discussion on digital transformation of electric automobile weighter, this paper expounds that making use of digital technique into automobile weighter can not only be easy to debug and maintain, but also increase the accuracy of its meaturing data and the stability of its operation, and still can be widely used in other electric weighters.
通过对电子汽车衡数字化改造的论述,阐明了数字化技术应用于汽车衡,不仅具有方便调试维修等特点,而且使其计量数据的准确度及运行稳定性得到提高,可在其他电子衡器中广泛推广应用。
补充资料：军用汽车储备里程(见军用汽车使用管理)
军用汽车储备里程(见军用汽车使用管理)
initial drive of military motors
lunyong qiche ehubei lieheng军用汽车储备里程(mileage reserVe Ofmi一itary motors)见军用汽车使用管理。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条