Solid works Design & Simulation of Staircase Climbing Trolley
Abstract -
This project aims at making headway for developing a mechanism for transportation of considerable loads over stairs. The requirement for such a trolley emerges from everyday prerequisites in our general public. Hand trolleys are used to lessen the stress of lifting while moving it on flat ground; however, these hand trolley usually failwhen it comes to shifting the load over stairs. This project endeavors to design a stair climbing trolley which helps anyone to carry heavy objects up the stairs with less struggle compared to carrying them physically. Several designs were formulated that would allow a non-industrial hand trolley to travel over stairs which reduce the struggle on the user. In this project, the trolley is equipped with Tri-Star wheels which entitle us to convey load up and down the stairs.
INTRODUCTION
The project aim is to design and manufacture a trolley that has multifunction. The trolley is modeled in such a manner that it has tri wheels on every facet that enables shifting the load over stairs. They are set in a triangular shape. This theory concentrates on the maximum intense ergonomically useful to man or woman. The existing challenge related to load wearing equipment of a type that is operated by the hand of shifting upwardly and downwardly on a flight of stairs. Load service is a wheeled mechanism device, is commonly used to hold loads. Its miles is to reduce human efforts.
Goods transportation locally is highly dependent on manual trolleys. They are used in warehouses, construction sites, malls, residential relocations etc. These trolleys have a very huge limitation when it comes to stairs. They can only move on flat surfaces and moving them over a staircase is a very hectic task. So here we propose a smartly designed staircase climbing trolley. The trolley is smartly designed to carry goods up and down on staircases as well as on flat grounds and even rough terrains. The trolley makes use of a triple interlinked wheel arrangement that allows it to do so. The mechanism uses a trolley with a support wheel arrangement which will be used for support when at rest and will be suspended in air while the trolley is moved by lifting it. The interlinked wheel mechanism consists of 3 freely moving wheels. These wheels are connected to a connecting rod. There 3 such connecting shafts for each wheel with a main rod connecting through a free moving bearing mechanism to the three rods. This mechanism allows for efficient stair climbing functionality. This functionality allows for easy movement of goods across stair cases.
CONCLUSIONS
This project is for building up a trolley for easy transportation of overwhelming burdens over stairs. The requirement for such a framework emerges from ordinary prerequisites in our public. It may be considered as small contribution to our society for domestic motive to boost the loads through domestic load carrier trolley. This trolley runs over the steps very easily.
final year mechanical engineering project
final year mechanical engineering projects
final year mechanical engineering projects pdf
final year mechanical engineering project presentation ppt
final year mechanical engineering project report pdf
low cost final year mechanical engineering projects
final year project mechanical engineering politeknik
final year project mechanical engineering ppt
final year project proposal mechanical engineering
mechanical engineering final year project analysis
mechanical engineering final year project on agriculture
mechanical engineering final year project boiler
best final year project for mechanical engineering
final year mechanical project
final year mechanical engineering projects free download
mechanical engineering final year project pdf download
mechanical engineering final year projects on automobile
easy mechanical engineering final year projects
mit final year projects mechanical engineering