基于西南地区丘陵地形背景下的农机类蓝莓种植设备设计研究 Design of Blueberry Cultivation Equipment Based on Southwestern Hilly Terrain

作品名称：基于西南地区丘陵地形背景下的农机类蓝莓种植设备设计研究 Design of Blueberry Cultivation Equipment Based on Southwestern Hilly Terrain
参赛组别：学生组：25周岁以下，目前在读的本科生、研究生、专科生、职校生；
作品类别：C.产品设计「文创产品、工业用品、机械产品、电子产品、生活用品、居家产品、办公用具、玩具产品、儿童用具等」
作品说明：随着乡村振兴战略的深入推进，我国西南片区的蓝莓产业迎来了新的发展机遇，但同时也面临着丘陵地形复杂、人工劳动力不足和现有农机设备不适配等多重挑战，制约了其蓝莓产业的进一步发展。本设计研究旨在针对这类特殊的丘陵地貌，设计一款智能化蓝莓种植设备，以提升蓝莓产量、降低当地农民的劳动强度并优化农产业资源利用为目标，推出一种具有自动化、模块化和智能化特点的蓝莓种植设备设计方案，能够在西南地区复杂的丘陵地形中高效作业，从而有效地解决现有种植设备不适应丘陵地区的困境，提高生产效率的同时也为当地蓝莓农产业的智能化发展提供了新的路径，具有显著的实际应用价值与推广前景。
With the development of rural revitalization, the blueberry industry in China’s southwestern region has ushered in new opportunities, but it also faces various challenges such as complex hilly terrain, insufficient manual labor, and existing agricultural machinery that is not suitable for the task, all of which hinder the development of the blueberry industry. This design aims to address such terrain by developing an intelligent blueberry planting device. The goal is to increase blueberry yields, reduce farmers’ labor intensity, and optimize resource utilization. A new blueberry planting device design scheme is proposed, capable of efficient operation in hilly terrain, addressing the incompatibility issues of existing planting equipment. This design holds significant practical application value and promising prospects for widespread adoption.
参赛作品：