本文对双螺杆磨浆机的设计理论进行了研究。
This paper focuses on the study of the design theory of twin screw pulping machine.
本文对双螺杆磨浆机的传动系统进行了较为深入的研究。
This paper focuses on the study of the driving system about twin screw grinder.
对双螺杆磨浆机产量与螺杆几何参数之间的关系进行了研究。
The relation between the output of twin screw pulping machine and the geometric parameter of the screw has been studied.
对双螺杆磨浆机的螺杆扭矩、轴向推力和机筒压力进行了测量实验研究。
Metrical experimental studies on screw torque, axial thrust, barrel inwall pressure of twin screw pulping extruder (TSPE) were done.
轴向推力和功耗是影响双螺杆磨浆机可靠性的重要因素，目前尚无理论计算方法。
The axial force and power consumption are important factors of affecting reliability of twin screw pulping extruder, at present there are no theory calculation methods about them.
本文主要对双螺杆磨浆机的动力学参数(流率、功耗、螺杆扭矩和轴向力)进行了研究。
The paper focuses on the study of dynamics parameters that include flow rate, power consumption, torque and axis force of twin screw pulping extruder.
根据电动机控制理论，以及双螺杆磨浆机和挤出机之间的差异，对双螺杆磨浆机控制系统的进行了研究。
According to the theory of motor control and the differences of the twin screw pulping machine and twin screw extruder, the theory of control system has been studied.
本文的研究工作对双螺杆磨浆机的整机设计具有重要的指导意义，对同类产品的设计和研究也有一定的借鉴作用。
The paper plays an important role in the design of the whole system of twin screw grinder and is a reference on design and study of the congener mechanics.
本文的研究工作对双螺杆磨浆机传动系统的设计具有重要的指导意义，对同类产品的设计和研究也有一定的借鉴作用。
The paper plays an important role in the design of the driving system of twin screw grinder and is a reference on design and study of the congener mechanics.
双螺杆磨浆机是一种同向旋转、啮合型磨浆专用的双螺杆挤出机。根据相对运动原理得到的双螺杆磨浆机的螺纹曲线比较复杂，不利于加工制造。
Twin screw refining extruder works at high consistency and is an energy and water saving refining machine, it is a co-rotating and intermeshing twin screw extruder which is special for pulp refining.
设计了一种新型双螺杆磨浆机传动系统的结构，提出了在双螺杆磨浆机传动系统中运用双圆弧齿轮的设计思路，设计并校核了双圆弧齿轮的具体参数。
A new structure of the transmission system of BIVIS is designed, and the design idea of using the double circular tooth gear in transmission system of BIVIS is proposed.
设计了一种新型双螺杆磨浆机传动系统的结构，提出了在双螺杆磨浆机传动系统中运用双圆弧齿轮的设计思路，设计并校核了双圆弧齿轮的具体参数。
A new structure of the transmission system of BIVIS is designed, and the design idea of using the double circular tooth gear in transmission system of BIVIS is proposed.
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