Roller Bearing Disassembly Machine Research And Development

Roll-chock putting in and out machine was widely used in processing of Roll-chock putting in and out ,for grinding the roll through disassembling the roll chock and guaranting roll quality of surface. which with the safe structure of resisting Swing and defending reverse on the design has some characteristics : hydraulic-drived,aesthetic in appearance,simplicity of operation,safe and reliable,stability, high efficiency. It reduced greatly the working intensity of worker, improved working efficiecy of the cold-rolled workshop and products competitive power.The paper utilized structural module design method,which is based on functional product structure while defining and designing the task. It has reduced greatly the process cost through quoting the existing products. Using principle of structure Innovation enable Roll-chock putting in and out machine have the more rational structure,lower fault rate on the based of meeting the demands.The paper put the virtual technology to use during the process of designing mechanical structure ,so shorten development period,reduce costs,cut down the risk of research and development too. Its main characteristic is: describing products with the aid of three-dimensional figure software .The paper utilize technology of finite element to carry on size optimized through static analysis, thus reduced the production cost. The first ten steps of natural frequency and shaking type about the cart's plate have been analyzed, the analysis result has offered reference for choosing the motor and hydraulic pump. And the contact-stress is simulated under the different operating state.The analysis has offered directive significance for practical operation.Subsequently, the paper has designed the hydraulics which consider transfer speed question fully. Having realized the drive functions of two directions disassembly and assembly.It reflected fully the advanced design idea in process of research and development. The success of research and development not only had practical value at project but also provided the relevant technical and theoretical data for the development of similar mechanical products.