A single solid additives feeder S-6240 is modified from original single feeding to multiple feeding without changing its precision and the capacity of feeding is increased.
论述了单一固体添加剂加料器s 6240由原来的单一加料方式改造成多种加料方式的加料器，在精度未变的情况下，提高了加料器的加料能力。
The improvement of reclosing mode for feeder, from single phase reclosing mode to synthesis reclosing mode, was introduced.
介绍了馈线路重合闸方式的改进，将馈线路重合闸的方式由单重方式改为综重方式。
The improvement of reclosing mode for feeder, from single phase reclosing mode to synthesis reclosing node, was introduced.
介绍了馈线路重合闸方式的改进，将馈线路重合闸的方式由单重方式改为综重方式。
By a single touching of the handle, the side feeder belts can be separated so that different blanks can be changed easily.
采用单触式手柄分离送纸侧皮带，输纸步距调整简单方便。
Focusing on single phase earth faults which frequently happen in medium voltage networks, this paper presents a faulty feeder selection system based on the transient energy criteria.
本文针对中压电网中经常发生的单相接地故障，介绍了基于暂态能量判据对故障支路的选线方法。
Single pipe and screw feeder is used to convey dry and powder material continuously, such as raw material, coal powder, and cement etc. powder to convey in short distance.
单管螺旋稳流机适用于干燥粉状物料的连续、均匀供料，如生料、煤粉、水泥等粉状物料的给料和短距离的输送。
The SCR Rectifier Auto-SAW power source and wire feeder with single chip computer control is introduced in this paper.
本文介绍一种SCR整流埋弧自动焊机电源及送丝控制，单片机应用系统。
A faulty feeder selector based on traveling wave theory and IEC61850 standard is developed for the single-phase grounding fault of digital substation in non-solid grounding power system.
基于故障行波理论和IEC61850标准，研制了中性点非有效接地系统数字化变电站中的单相接地故障行波选线装置。
In case a single fault occurs on a power feeder, the fault section must be between two adjacent switches, and the FTU information about fault currents passing through these switches must be different.
通过分析配电网馈线单一故障情况下，其故障点必位于两个相邻的开关之间。有故障电流和没有故障电流流过的开关，其FTU所采集的信息不相同。
The driving controller, with a single-chip computer system as its core, can control the decoupled vibratory feeder in time, based on the sensor signals.
驱动控制器则以单片机系统为核心，根据传感器信号对料斗进行实时控制。
The driving controller, with a single-chip computer system as its core, can control the decoupled vibratory feeder in time, based on the sensor signals.
驱动控制器则以单片机系统为核心，根据传感器信号对料斗进行实时控制。
应用推荐