因此，对电镦机中加热电流进行模型预报有着重要意义。
So it is significant that predict the model of heating current.
用户可根据产品自行设定加热电流，加热时间及加热温度。
The user can set the heating current, heating time and heating temperature according to the products.
讨论了探头内部的绝热层材料和加热电流的大小对测量的影响。
The effect on measurement of the isolator material and the magnitude of heating current inside the detecting head is discussed.
调试时发现四套模具加热电流差别大，不能把电流传感器调整好。
In the adjusting course, we found there was great difference among 4 toolings, and the current sensor could not be tuned well.
本文通过实验研究了蒸发舟温度与加热电流的关系，并对结果作了分析。
In this paper, the relation of evaporator temperature and heating current has been investigated and discussed.
建立了一个导电加热切削最佳加热电流数据库，并将插值算法应用到该数据库中。
An optimum heating current data base in Electric Hot Machining is constructed in this paper and an inserted algorithm is applied in this base.
在电热镦粗过程中，采用神经网络和虚拟仪器相结合的方式，创建了加热电流预报的虚拟仪器。
Taking the course of the electric upsetting as an example, combining Neural Network with virtual instrument, we has put forward a virtual instrument about prediction of heating current.
在电炉使用相当长时间后，如发顺时针方向调节加热功率调节钮至最大位置，加热电流仍上不去。
When the furnace has been using for quite a long time, if it is discovered that the heating current cannot be increased even though the heating power knob is adjusted clockwise to the limit.
在对镦粗速度、加热电流、镦粗压力等主要工艺参数分析的基础上，建立了工艺过程的优化控制系统。
Based on analysis of main process parameters such as upsetting velocities, heating current, upsetting pressures etc., the optimum control system of process parameters is determined.
试验证明，切削状态当量电阻能有效反映切削条件的变化，通过检测其变化可实现导电加热切削加热电流的最佳控制。
The experimental results show that cutting state resistance is an effective parameter for detecting the change of cutting conditions. As a result, the optimum heating current in elect...
漏泄电流是没有用率的。经绝缘层漏泄的电流并不能热电偶驱动马达、发光或加热，但是依然会发生耗费。
The leakage current is of no use rate. The current does not leak the thermocouple insulation driving motor, lighting and heating, but it will still occur.
介绍了一种新颖的基于电流滞环和空间电压矢量调制(SVPWM)技术的电压、电流双闭环感应加热电源。
A novel induction heating power based on current hysteresis band control and SVPWM modulation technology is introduced in this paper.
该装置使用DC电流来加热电阻加热元件，并且以相对低的电压水平和低的电流水平操作。
The device USES DC current to heat the resistive heating element, and is operated at relatively low voltage levels and low current levels.
该装置使用DC电流来加热电阻加热元件，并且以相对低的电压水平和低的电流水平操作。
The device USES DC current to heat the resistive heating element, and is operated at relatively low voltage levels and low current levels.
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