混砂机

在冲击摩擦转子混砂机试验室研究的基础上，设计了盘径为1000mm的冲击摩擦转子混砂试验机。

On the basis of laboratory test of impact-friction rotator mixer , a pilot unit with 1000 mm of pan diameter was designed .

通过对辗轮式混砂机使用情况调查，弄清了S114、S116一类老式辗轮式混砂机所存在的主要问题，提出了改造方案。

Modifying project had been made from the consideration of overcoming problems on the old model sand roller mills such as S114 or S116 types .

介绍了ZDH-30型振动电机式振动混砂机的结构方案、主要参数的选择与计算方法及机器的主要技术参数。

The structural features , method of selecting and calculating chief parameters and the main technical specifications of ZDH-30 Vibro-sand-mixer drived by vibrating motor are described in this paper .

控制混砂机物料定时定量加入的方法

A Controlling Method of Rationing Object Regularly for Mixed Sand Machines

辗轮式混砂机混砂型砂应力&应变试验研究

Experiment Researches on the Stress-Strain of Moulding Sand Mixing in Muller

混砂机弹簧加压机构的设计改进

Improvement for Structure of Adding Pressure Spring on Sand Mixer

树脂自硬砂混砂机液料供给系统的改进

Improvement on Feeding System of Liquid Materials in Resin Cured Sand Miser

转子混砂机逆流和顺流的研究

Study on Contrary and Direct Flow in Rotor Sand Mixer

该系统由型砂组分自动检测单元、混砂机加料自动控制单元和系统上位机三大部分构成。

It consists of auto-control unit , auto-testing unit and a master .

树脂砂混砂机实时自动监控系统的设计及应用

Design application of the real time system of automatic monitoring controlling resin-bonded sand mixer

转子式混砂机叶片转子工作参数的初步研究

A Preliminary Study of the Working Parameters of Blade & Rotor in Rotor Mixer

混砂机棍的标准尺寸

Standard size of roll for mixing mill

铸造车间粘土砂混砂机的应用

Application of Green Sand Mixer in Foundry

树脂砂混砂机液料系统的简化

Simplifying Liquid Material System of Resin-Bonded Sand

冲击-摩擦型转子混砂机研究

Study on the Impact-Friction Rotor Mixer

连续式混砂机的应用及发展

Application & Development of Continuous Mixer

实验用微型混砂机的原理与应用

Principle and Application of Experimental Mini-mixer

冲击摩擦转子混砂机试验

Experiment on Impact-Friction Rotator Mixer

一种新型混砂机

A New Type of Mixer

球形树脂自硬砂混砂机的研究及主要参数的计算自主攀爬式曲面作业机器人设计研究

On Spherical Self - Setting Resin Sand Mixer DESIGN OF A SELF - SCRAMBLE ROBOT FOR SPHERICAL SURFACE

摆盘式混砂机的研制

Development of swinging mixer

本课题的目的在于研制一种用于型砂质量直接优化控制系统的混砂机加料自动控制单元。

This project aims to develop an auto-control unit of a direct-control optimizing system of green sand quality for a sand mixer .

经与实验用碗形混砂机进行对比实验，其混制的型砂性能达到了实验用碗形混砂机的水平。

The contrast experiments show that the mold sand properties mixed by the mini-mixer can reach the level mixed by the bowl mixer .

这种方法在我们的生产中得到了成功的使用。它不同于将煤粉粘土直接加入混砂机的传统方法，从而克服了以往车间粉尘大，煤粉粘土浪费严重等缺点。

This method has been successfully used in production and result in eliminating dust of workshop and the wasting of coal and clay powder .

研制了混砂机加料控制单元，包括自动加料机构和加料控制下位机，可实现手动、自动加料及闭环联网加料控制。

A feeding control unit , including an automatic feeding machine and a feeding control slave , is developed and it is able to feed ingredients in manual , automatic and closed-loop modes .

混砂机加料自动控制单元的功能在于接受上位机控制指令，向混砂机准确加入旧砂、新砂、粘土、水和煤粉等原料，是型砂质量直接优化控制系统的重要组成单元。

Followed the instructions from the master , the auto-control unit , as an essential part for the system , controls the feeding of the returned sand , new sand , clay , water and coal powder precisely .

本文对自硬树脂砂叶片式振动混砂机进行了详细的理论计算，并通过公式推导确定了振动混砂机的极限振次。

The theoretical calculation is done in detail for the paddle vibratory mixer type ZH 25 for cold setting resin sand , the ultimate oscillation Frequency of the vibratory mixer is determined by means of derivation from the formulas .

模拟混砂机混碾过程，应用分形几何理论研究了α淀粉复合粘结剂及其各组分粉体的粒度分布特征，发现其粒度分布具有分形结构。

In this paper , the granularity distribution characteristics of powders for α - starch composite binder and its components were studied with the fractal geometry by imitating the mixing process of mixer for molding sand . It was found that the granularity distributions of the powders had fractal structures .