1.
The paper introduces a kind of hydraulic dynamic braking system with intelligence function, which is used in belt conveyor that carry cargo down.
介绍了一种适用于下运带式输送机的具有智能化功能的液压能耗制动系统。
2.
Structural Hydraulic Passive Energy Dissipation and Direct Driving Active Control Systems
结构液压被动耗能与直驱主动控制系统
3.
Modeling Control Research of the High Energy Consumption Enterprises for Saveing Energy;
高耗能企业系统化节能模型控制研究
4.
Energy Consumption Test of Traction System and Brake Resistor for Guangzhou Metro Line 2 Trains
广州地铁2号线列车牵引系统以及制动电阻能耗试验及结果分析
5.
Comprehensive Improvement of Pulverized Coal Milling System Aimed at Energy Conservation and Consumption Drop
中储式制粉系统的节能降耗综合治理
6.
Research on the Energy Consumption Model of Logistics System Based on System Dynamics;
基于系统动力学的道路物流系统能耗模型研究
7.
Dissipation Structure Character of Athlete s Organism Movement Ability System;
运动员生物运动能力系统的耗散结构特征
8.
Research of Control System of Automatic Feeding of Consumable Electrode for Electroslag Casting Machine
电渣熔铸机自耗电极自动进给控制系统的研制
9.
a decrease of transmitted power in a mechanical system caused by slipping.
在一个机械系统中由滑动过程引起的能量损耗。
10.
Lubrication system can low down power consumption and prolong the life.
自动润滑系统，降低了机械能耗，延长了使用寿命。
11.
The Transmission Energy Loss Allocation System Based on a Dynamic Power Flow Algorithm;
基于动态潮流的输电电能损耗分摊管理系统
12.
Research on Transactions Scheduling for Saving Energy Consumption in Mobile Real-time Database Systems;
移动实时数据库系统节省能耗的事务调度
13.
Study on the regenerative system performance influenced by flow resistance loss existed in regeneration heater
加热器流动阻力损耗对回热系统性能影响研究
14.
Research on the computer measurement and control system of the cropping method with variable-frequency vibration and low energy-consumption
低能耗变频振动下料计算机测控系统的研究
15.
Design of ATE for an airborne fuel capacity and burnout system
机载燃油油量耗量系统自动测试设备研制
16.
The Research and Design of Control System in Low Power Automatic Soap Bubble Machinery;
低功耗自动皂沫器控制系统的研究与设计
17.
Study on Miniaturized and Low-Power Dissipation Controller for Automobile Intelligent Suspension System;
汽车智能悬架系统小型低功耗控制器研究
18.
Analyses of the System Status of Gathering and Transferring Oil and Gas and the Countermeasures of Controlling Energy Consumption;
胜利油田油气集输系统现状及能耗控制对策