| 英文摘要 |
This plan follows the 2020 with an evidence-based design to optimize resource recovery vehicles. By grasping the existing problems and consolidating the opinions of the public and the cleaning staff, this project will propose an optimal combination proposal for analyzing the relevant equipment in the compartment of the resource recovery vehicle to improve the classification efficiency of the resource recovery.
In this stage, we use the actual observation of the recycling vehicle, questionnaire surveys between the public and the cleaning team, interviews with the cleaning team, evaluation of the exterior design of the car, and use the design workshop method to integrate the research above results as materials to start the design, and finally gradually convergence design conditions to optimize the design.
This project aims to improve the efficiency of resource recycling and classification, reduce the burden of cleaning staff in classification, reduce the occurrence of falls and fall accidents, and improve people's compliance with standard classification and understanding of resource classification. The goal of the 2021 plan is to innovate the module design to verify the actual car on the road and verify the performance with quantitative and qualitative survey results through observation, behavioral notes, and questionnaire surveys. At the same time, it cooperates with the overall visual design to achieve the effect of promoting classification and recycling knowledge to improve the public's visual perception and understand the direction of environmental protection policies.
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