The Design Of A Kind Of Multi-purpose Disintegrator

With economic development,growing population and rising living standards, Increasing production of municipal waste. If the waste properly, can cause serious air pollution, water pollution and soil pollution, and take up a lot of land. To the living environment around us, the interests of future generations and sustainable development, how to economically and effectively carry out waste disposal is a serious problem. Waste in the process of industrialization often needs to be garbage crush to save space, reduce weight, a place conducive to waste handling, transport and final disposal. Small waste disposal unit can effectively deal with organic waste at the source. Garbage disintegrator will have a very broad application space.The research found that due to the accumulation of refuse and winding reasons, the existing mill would often stall the motor phenomenon, and because the deal included the daily waste materials are diverse, they have different requirements on the mill, now Some mill most of the garbage can adapt their processing. For the above, the subject of a new multi-purpose shredder designed to meet the requirements of crushed material handling and more, while avoiding the phenomenon of burning motor block instead. The project design includes the overall program and the structure of the mill design, design and choice of power source, drives the design and implementation of the device, the main components of the design and strength check calculation, the use of physical design software CAXA part drawings and assembly drawing Figure, the main components of the optimal design, prototype development and other multi-purpose disintegrator.As a late start, domestic mill design and research, or follow the traditional method of calculation and design. This innovative design in the mechanical aspects of a certain amount of exploration and research, VisualFortran6.5 Programming language based on the mill using the penalty function algorithm to optimize the design of the main moving parts of its analysis, research, and to meet the stiffness, strength and life requirements of the premise, save material and cost savings. This paper, the traditional methods and modern methods combined with a reference design for the mill. The subject of design and development of a prototype multi-purpose disintegrator, its structure is simple, low cost, while improvements in the tool to obtain a utility model patents. The mechanical design to achieve the application of advanced design and innovation, as well as energy saving and building a conservation-oriented society to contribute.