The Design And Research Of Fully Dynamoelectric Multi-Location Vertical One-Step Injection Molding Machine And Simulation Of 3D Dynamic Process

At present the single injection machine method and the equipment is used the rubber injection generally. In order to enhance the production efficiency, rotating-dist and rotating-angle multi-location injection method and the equipment also have been used. These injection molding methods and the equipments exist following question: Firstly,the injection machine and toggle clamping installment are separated, which easily causes stress worsen and distortion,and also induces huge volume .This machine can only be used for miniative product. Secondly, the injection machine and toggle clamping installment are level,which also causes the volume big.Thirdly,fluid drive and fluid-mechanical drive waste energy , and worsen the working conditions. Therefore the traditional multi- location injection machine cannot satisfy present the development request.The paper has deeply researched operation principle of fully dynamoelectric multi-location vertical one-step injection molding machine and merit and shortcoming of conventional equipment . By theoretic deduce, the mathematics model of consuming power about multi-location injection molding machine , stress and strain are built up. moreover, the relational design calculation and ANSYS analysis are carried out.so completely new multi-location injection molding machine have been designed. Finally, for the sake of guaranting the feasibility and reliability of structure,the parameterized three-dimensional simulation design and dynamic process dynamic simulation of multi-location injection molding machine are used. The principally innovation ideas of the thesis as follows:1. The injection machine and toggle clamping installment are vertical in the design, which is proved that stress is reasonable, distortion is slight .It overcomes the shortcoming of conventional equipment,and carrys out high-capacity injection. This is a breakthrough in the multi-location injection design.2. Fully electronic drive is designed in this thesis, which makes the electromotion of injection process, toggle clamping process ,doff clamping process and multi-location shift...