Abstract:
This project is applied based on observations on the current manual method of movement and
transfer of items by using bare hands and human energy. The objective of this project is to design
an equipment which is capable to move and transfer items for the use of small-sized industry for
all sectors. In addition, there are a number of scopes for the research which are fixed in this project.
This product only limits for 150 kilograms weight, uses the concept of hydraulic jack to ease the
movement of items and the product was made to compete the current manual method. All of these
are set to address some of the problems that arise with the use of existing methods such as the
difficulty of transferring the item, using a lot of bare hands and less safety factors that cause injuries
from the heavy item. The material of this project has a priority feature that prevents corrosive and
makes the product long lasting, based on the literature review that has been running, and stainless
steel is the most suitable for this project. While for the component formation process, the
methodology studies is used to plan the process of project production with a flow chart as a guide
for project planning and testing. The overall result of this project was achieved with an average
saving of time compared to the traditional method of 50%. Based on these results, the analysis and
discussion that have been carried out, it can be concluded that this Smart Trolley has achieved the
objectives discussed. In addition, this product has been proven to save time compared to traditional
methods.
Keyword: electronic hydraulic jack, comfort, quick
