主控制主控制是典型的并联系统计量控制设备，也是并联系统与用电设施之间的接口。
Master control a control section in a typical paralleling system that provides total system metering and the interface point between the paralleling system and the facility.
数字主控制器数字主控制器是用于控制设备电力系统的装置。在康明斯开关柜中数字主控制器是选配件。
Digital Master control (DMC) This device is designed to control the power systems in a facility. It is offered as an option on Cummins switchgear.
本文介绍一种USB2.0设备控制芯片IP核的设计，并且主要对其中的主控制器的设计进行介绍。
This thesis introduces the design of USB2.0 IP CORE for USB device controller, and mainly about the design of the main controller of the IP CORE.
本文就是研究主控器与外部设备之间的网络通信。
The text studies network communications of main control implement and peripheral equipment.
论文是在研制MSCIS接口系统的高速智能通信卡、主控制卡和开发通信卡设备驱动程序的基础上完成的。
This paper is based on developing the high-speed intelligent card, main control card of MSCIS interface system and device driver of the communication card.
在本系统监控软件实现过程中，使用了四个MCGS组态窗口，它们分别是设备窗口、实时数据库窗口、用户窗口、主控窗口。
In the process of control system 's monitor software realized, we used four MCGS SCADA Windows. It is made up of Device Windows, Real-Time databank Windows, Users Windows and Main control Windows.
主控软件是雷达信号环境模拟器的重要组成部分，主控软件设计编写的优劣直接影响到设备的工作性能。
Master control software is the important part of radar signal environment simulator. The performance of the software will make a strong impact on equipment's capability.
当使用高电压源，比如电池，当运行主控程序时需要连接到监控系统中，这时，操作者和设备的安全问题就会显得更为重要。
Operator and equipment safety becomes critical when a high voltage source, such as the battery, needs to be connected to diagnosis systems during routine maintenance procedures.
将CAN现场总线技术应用到控制现场底层设备与主控IPC的通讯，实现测控信息处理的现场化。
The CAN Field Bus causes the information to be processed in control field and realize the communication between the control field equipment and the host IPC.
本地主控机通过RS485总线向现场信号采集设备发送控制指令并接收采集的测试数据，从而实现对rs485总线通信的控制。
The local controller sends steering order to field signal-acquisition equipments and receives test data from RS485 bus, thereby communication control of RS485 bus was realized.
采取以上措施后，保证了主控楼的设备安全可靠地运行。
The actual results show that above measures can insure the secondary system equipments in control building running reliably and safety.
所述主控芯片内置有HID设备描述符。
本发明还提供了用于机架式设备的主控模块和子模块。
The present invention also provides main control module and sub-module for frame-type equipment.
USB技术在嵌入式系统中有两种主要的应用方式：即作为USB总线设备的USB设备方式和作为USB主控制器的嵌入式USB主机。
There are generally two modes of USB technology could be used in embedded systems, one is the USB device mode using as USB Devices and the other is USB host mode using as USB Host Controllers.
硬件部分以针对嵌入式应用的S3C4510B微处理器作为主控制器，利用S3C4510B强大的网络功能和众多外设接口实现对现场设备的远程控制。
The hardware is based on S3C4510B as the main controller, which has powerful Internet function and many interfaces to remote control local equipment.
控制室主控制台控制锌锅区设备及空气供给系统的电机驱动及气动装置。
The Main control Desk controls the motorized and pneumatic powered function of the pot area equipment plus the air supply system from the operator's pulpit.
该方法涉及 的网络电话系统包括一网络电话配置服务器、一网络电话设备以及一主控台。
The said network phone system includes a configuration server of network phone, network phone equipment and a main control desk.
该方法包括以下步骤，首先，主控台对网络电话设备证书的有效性进行验证。
The method includes steps: first, the main control desk validates validity of certificate of network phone equipment.
通信分机一是一个多功能的模块化通信设备，从对外接口方面划分为SPI主控制器模块以及以太网传输模块两个部分。
This equipment switched SPI data and Ethernet data from one to another is divided into SPI master controller module and Ethernet module.
利用方便快捷的DRVI测试平台和ZIGBEE技术构建了转子试验台的远程监测系统，完成了试验设备与主控机的无线实时通讯。
A remote monitoring system of the rotor test-platform is established based on a convenient test platform DRVI and ZIGBEE technology.
当RFID读卡器与RFID标签的距离超出该预定范围时，主控制器使电子设备工作于紧急模式。
When the distance between the RFID card reader and the RFID label is beyond the preset range, the main controller enables the electronic equipment to work in an emergency mode.
数字主控制器数字主控制器是用于控制设备电力系统的装置。
Digital Master control (DMC) This device is designed to control the power systems in a facility.
伺服器为严苛要求精密、准确、稳定之电脑，散热结构与电源供应器的寿命为决定稳定性之主要因素，因用在主控极重要设备或要求精密运\算等场所。
The stringent requirements of precision, accuracy and stability of computers and thermal power supply structures are main factors that dominate the most important requirements of precision computing.
伺服器为严苛要求精密、准确、稳定之电脑，散热结构与电源供应器的寿命为决定稳定性之主要因素，因用在主控极重要设备或要求精密运\算等场所。
The stringent requirements of precision, accuracy and stability of computers and thermal power supply structures are main factors that dominate the most important requirements of precision computing.
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