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Curing is important in many industrial production process, the curing equipment technology is widely used in medicine, ceramics, machinery, chemical industry and the rapid development, has made an important contribution to the national economy and improve the living standards of the people. Is wound on its surface in order to improve the strength and stiffness of the composite respiratory cylinders, the winding apparatus by a fiber adhesive curing agent; this cured the goal of such a curing agent, its composition is an epoxy resin. This material has good characteristics: epoxy resin after curing a good physical and chemical properties, good dielectric properties, shrinkage is small, the non-metallic and metallic materials have excellent adhesive strength and high hardness, the base and the majority of solvent stability, good flexibility, good dimensional stability of the products; comprehensive performance in line with the need of curing. Curing oven design, herein fully consider the characteristics of the epoxy resin and the fibers, in order to keep them stable characteristics, using infrared heating. The heating of the infrared radiation is a new type of radiant heating technology, is passed through the electromagnetic wave, the heated air is not required. And past heating methods, this new type of heating method has fast curing speed, uniform heating, low cost, high efficiency advantages; same time in the heating process, the heat loss, pollution-free, in line with the requirements of energy saving and environmental protection; addition, infrared heating control is simple, safe; comprehensive comparison to other heating, infrared heating to better meet the actual needs. In the hardware design of the curing oven, which is divided into two parts, namely the design of the furnace design and rotating mechanism. The structural design of the furnace: To meet the insulation requirements in the furnace wall insulation design that is wrapped in the middle of the inner and outer wall of asbestos insulation materials; ordinary steel is susceptible to corrosion due to the humidity of the working process of the furnace body, easily affect the quality of the product and curing the service life of the furnace, and the furnace temperature lower than 300 degrees Celsius; Therefore, the inner wall of the stainless steel design, the outer wall of ordinary steel can; then installed in the furnace sidewall temperature controller, internally mounted infrared heating panels and wind turbine, positive furnace door designed to split curing oven corners with channel structures, this is the whole of the furnace design. The rotating mechanism is the design of the core to a curing oven, the innovation of this paper is to achieve a revolution and rotation of the rotating mechanism, the uniform heating of the cylinder can be achieved by these two rotary manner to improve the heating quality better complete the curing requirements. The specific design ideas: motor driven shaft reducer and transmission mechanism and disc rotation disc connected through a shaft and chuck, chucks and cylinders occur so as to drive the rotation, which is the process of revolution; then, the right end of the shaft and chuck connected with the pinion gear and the ring gear fixed to the walls of the furnace body, the rotation of the shaft will drive pinion gear movement, will force the pinion gear to rotate reversely, because the role of the engagement and the large gear fixed reason, this will cause the shaft, the chuck The rotation and the opposite direction on the cylinder, which is the rotation process. After the completion of the design of the mechanical components, the use of Pro / E to draw three-dimensional curing oven, intuitive display of its internal structure and working methods; article also use the ADAMS software of the rotating mechanism in order to learn more about the work process and the way to achieve the curing oven, motion simulation, real to show the process of rotation and revolution.
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