The purpose of this undertaking is to develop and fabricate a three-axis rotating trailer that incorporates a pneumatic system in order to overcome obstacles that may arise while unloading materials. Difficulties in emptying materials from containers, including restricted directional emptying and obstacles in confined spaces, were identified through our research. As a result, the design of our trailer permits the discharge of materials from all three sides, thereby increasing efficiency. Compressed air is stored in a compressor engine that is linked to the engine propulsion of the vehicle as part of the pneumatic system. The discharge of materials is facilitated by the pneumatic cylinder, which is activated by the valve. Furthermore, the implementation of spur gearing facilitates three-directional rotation of the trailer, which clarifies the process of unloading cargo in confined spaces. This technological advancement holds the potential to optimize the efficiency and adaptability of material transportation, specifically in confined urban setting.
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Charan et al. (2024) studied this question.
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