| 1. | In the forth section , the dynamic matrix control strategy is discussed
第四章：注塑机料筒温度的动态矩阵控制。 |
| 2. | The closed - loop control of barrel temperature of precision injection molding machine
精密注塑机料筒温度的闭环控制 |
| 3. | In the third section , the pid and fuzzy control method are discussed
第三章：注塑机料筒温度的pid控制及模糊控制。 |
| 4. | Screw bat of feed hopper abopted with alloysteel , special handing on surface , durabie in heat , wear and corrosion
螺杆料筒采用优质合金钢，表面氮化处理，耐热、耐磨、耐腐蚀。 |
| 5. | In the end , considering that the barrel is coupling , a decoupling control and thereafter fuzzy control method are discussed
最后根据注塑机料筒温度对象是强耦合的特点，研究了其解耦和模糊控制方法。 |
| 6. | 3 stages of temperature control , 2 levels of injection pressure , non - stage abjustment injection speed and back pressure , be suitted in precise shaping of engineering plastic
料筒油温控制，两极注塑压力，射速、背压无段调整，上、下模具温度独立控制。 |
| 7. | The driving rollers are electroplated with hard cr , tension self - controlling of winding - rollers are applied to the driving unit . the barrel of extruder , bullhead tee and die adopt cast aluminum heater which is endurable
挤出机料筒三通和模头均采用铸铝加热，牵引辊筒电镀硬铬，轮链轮采用 |
| 8. | Firstly the principles of predictive control are introduced . later , multi - variable dynamic matrix control algorithm is put in practice on the decoupling control of extruder barrel
首先介绍了预测控制的发展及现状，接着讨论了动态矩阵控制的原理，最后应用多变量动态矩阵控制策略实现了对料筒温度的解耦控制。 |
| 9. | After this , several temperature control strategies for barrel of extruder are studied , the real time control results are presented , and the feasibility of the realization of different control strategies is discussed
接着着重讨论了注塑机的控制难点? ?注塑机料筒的温度控制，以几种不同的控制策略对其控制并对它们的控制性能及在单片机上实现的难易度进行了比较。 |
| 10. | Firstly the pwm implementation of relay is given . in succession the characteristic of extruder barrel is obtained by measuring their step response . at last the implementation of pid and fuzzy control are studied in detail and the results of the experiment are presented
首先对料筒特性进行了测试研究，介绍了继电器pwm控制的实现方法，然后分别进行了积分分离pid及模糊变系数pid控制策略的研究。 |
