1) dynamic mold temperature control
动态模温控制
1.
in conventional injection molding can be thoroughly solved in rapid heat cycle molding for using dynamic mold temperature control strategy.
快速热循环注塑采用动态模温控制新策略,可以彻底解决常规注塑工艺存在的短射、喷射痕、缩痕、流动痕、熔接痕、浮纤等缺陷。
2.
Variotherm injection molding is an injection molding process based on dynamic mold temperature control strategy,in which mold temperature can be changed timely according to the requirements of different process stages.
变模温注塑是一种基于动态模温控制策略的注射成型技术,可根据不同工艺阶段的特点,随时调整模具温度,可在不降低生产效率的同时有效提升塑件的品质。
2) temperature dynamic control
温度动态控制
3) model controlling
动态模型控制
1.
In the high energy consumption enterprises, systematic model controlling technology is used for saving energy.
在高耗能企业中采用“系统化节能动态模型控制”技术 ,将企业电耗分成若干环节 ,构建各环节的电耗目标函数模型 ,再将各环节电耗目标函数值作为企业系统目标控制函数中的决策变量 ,构建企业级电耗目标函数 ,并进行优化计算与控制 ,实现企业电耗最
2.
The systematic model controlling technology of energy saving divides electrical energy consumption into some units and constructs the object function model of the units electricity consumption The every object function value of the units electricity consumption is the most important variate in the enterprise system object function,constructs the object function model of the enterpri.
在企业中采用系统化的节电技术比采用单项节能技术效果要好的多 ,本文介绍的“系统化节能动态模型控制方法”就是这样的技术。
4) dynamic control model
动态控制模型
1.
The method, based on the heat transmission theory in casting billet solidification, to build the dynamic control model for secondary cooling water is introduced as well as how to reform further to realize the control according to the present situation in No.
介绍了根据铸坯凝固传热学原理，建立二冷水动态控制模型的方法；根据石钢1#、2#小方坯连铸机二冷水控制现状，提出进一步改造实现二冷水动态控制的方法。
2.
Then, digitalized processing of the heat transfer model is made by means of difference method, and the dynamic control model of secondary cooling water for process control of slab continuous caster is formed.
根据传热学原理 ,研究从钢水进入结晶器后开始,经过二冷段冷却成铸坯这一阶段的热传导状态 ,建立传热模型 ,然后采用差分方法对传热模型进行数字化处理 ,形成可用于过程控制的连铸机二冷水动态控制模型。
5) vibration model control
振动模态控制
6) Dynamic sliding mode control
动态滑模控制
1.
A dynamic sliding mode controller is devised to achieve output tracking of the mobile manipulator that consists of a mobile platform which has two driving wheels and a two-link manipulator arm.
本文针对由二轮驱动的移动平台和二连杆机械臂组成的移动机械臂的输出跟踪问题,利用滑模控制原理为其设计了动态滑模控制器。
2.
A decoupled Backstepping adaptive dynamic sliding mode control method for a 3-RRRT parallel robot was presented to heighten its control precision and robust stability.
针对3-RRRT型搬运机器人提出一种解耦的反演自适应动态滑模控制方法,以提高控制精度和鲁棒稳定性。
3.
Aimed at the features of non-linear characteristics,being prone to external disturbances and parameter uncertainty of automatic clutch in AMT vehicle,a dynamic sliding mode controller is adopted to realize the effective control of automatic clutch,with which the phenomenon of clutch chattering can be alleviated and the robustness of automatic clutch can be improved.
针对自动离合器的非线性特性、易受外部干扰和参数不确定性的特点,采用动态滑模控制器实现离合器的有效控制,该控制器能有效缓解抖振现象并提高自动离合器的鲁棒性。
补充资料：动态
①（事情）变化发展的情况：科技～ㄧ从这些图片里可以看出我国建设的～。②艺术形象表现出的活动神态：画中人物，～各异，栩栩如生。③运动变化状态的或从运动变化状态考察的：～工作点ㄧ～电流ㄧ～分析。
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