1) cordless communieation
无绳通信
2) wireless communication
无线通信
1.
Design and application of integration wireless communication system in Shenggou Coal Mine;
盛沟煤矿综合无线通信系统的设计与应用
2.
The application of wireless communication in robots and CNC;
无线通信在机器人及数控机床中的应用
3.
Inspection and measurement technology for weak signal of mine wireless communication under noise conditions;
噪声背景下矿井无线通信的弱信号检测技术
3) Radio communication
无线通信
1.
Research of leaky coaxial cable using for radio communication in the blind or semi-blind Zone;
适用于闭域或半闭域空间无线通信用泄漏电缆研究
2.
Application of mine multi function radio communication system to Chaili Mine;
矿用多功能无线通信系统在柴里煤矿的应用
3.
Application and Research of Leaky Cable Radio Communication System in Underground Mine;
漏泄电缆无线通信系统在地下矿山的应用与研究
4) wireless transmission
无线通信
1.
The wireless transmission technologies in a vehicle monitoring and dispatching system are studied.
研究了车辆监控调度中的无线通信技术,着重从信息的发送和接收的实时性、安全性和可靠性的角度,对各种通信方式的优缺点进行了全面的比较,给出了如何使用WavecomWMOD2BModem利用GSMAT指令集实现短消息通信以及基于CMPP协议通过互联网与移动通信网的结合实现短消息收发的具体方法,并对使用GPRS作为无线通信链路进行了探讨。
2.
Aiming at some problems existing in the strain collection and transmission system,the data wireless transmission was realized with the wireless communication technology.
针对传统的应变采集传输数据方法存在的问题,利用无线通信技术实现数据无线传输。
3.
The design of a heat-meter based on the CC1100 chip for wireless transmission;
重点介绍了该热量表的软、硬件设计和无线通信模块的设计,并通过实际组网测试,验证了设计方案的可行性。
5) wireless communications
无线通信
1.
Research of Decision-Making and Wireless Communications in MiroSot System;
集中式机器人足球系统的决策与无线通信研究
2.
Realization of Wireless Communications between LabVIEW and PLC Based on Serial Communication
基于串口实现LabVIEW与PLC的无线通信
3.
Utilizing ZigBee Technology to Realize Wireless Communications of Subsystems in Security Systems
用ZigBee技术实现安防系统中部分子系统的无线通信
6) seamless communication
无缝通信
1.
In study of substation automation system seamless communication architectures,selection of seamless communication architecture standard protocols is analyzed to establish process network concept.
在对变电站自动化系统无缝通信体系的研究时,首先对无缝通信体系标准协议的选择进行分析,建立过程网络的概念,从而提出当前和未来的变电站自动化系统PNA结构,在这些技术基础上,建立变电站自动化系统的无缝通信系统。
2.
In network communication layer the optic fiber self-healing ringlike Ethernet is adopted as the trunk network of substation network layer,on this basis the seamless communication architecture of substation automation system is constructed.
网络通信层采用光纤自愈环型以太网作为变电站网络层的主干网,在此基础上构建变电站综合自动化系统无缝通信体系结构,从而满足了该系统对网络通信的高带宽、高稳定性、高可靠性的要求,实现了智能电子设备的无缝接入。
3.
The main target of future IEC 61850 and its "seamless communication" principle based on Ethernet technology are introduced as well.
介绍了基于IEC 61850体系的变电站自动化系统结构,并指出其主要的实现目标及倡导的基于以太网技术的“无缝通信体系”,阐述了将NET+ARM以太网控制器及收发器芯片集成到现有的智能化电气设备(IED)上的实现方案和IED直接上以太网的设计思想。
补充资料：贵州钢绳厂8／1600合绳机生产φ107mm镀锌钢丝绳
贵州钢绳厂8／1600合绳机生产φ107mm镀锌钢丝绳
贵州钢丝绳厂8／1600合绳机生产~107mm镀锌钢丝绳
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