The stair-climbing prototype is a prototype constructed to contribute to the always advancing development on robot designs. Our purpose on this prototype is to make one which is focused on a simple concept but clearly done in a technical fashion. We would like to introduce a design that is graceful and efficient. Our goal was achieved by using a simple machine simple machine, a pulley system for the legs. Forward and backward movement is done with the use of two motors on the front and middle legs. We also placed sensors to all of the legs to sense the incoming step. The interfacing for the prototype is done with the use of a computer via parallel port. The construction and functionality of each part would be discussed thoroughly in this pa...
AbstractThroughout the history of robot development, most of the subjects are based on wheeled mobil...
The bachelor's thesis focuses on the conceptual solution for the locomotor system of an industrial r...
Abstract — The work area of a team of small robots is limited by their inability to traverse a very ...
The stair-climbing transporter is prototype that was created in contribution to the development of s...
This project is to design and develop the prototype of stair climbing robot. The robot body frame wi...
The purpose of this study was to find the best robot configuration for climbing and descending stair...
[synopsis] In this paper, an inverted pendulum type personal mobility robot with virtual wheel is de...
Abstract —In today’s world, robotics automation system play a vital role, it is actually an arrangem...
Staircase climbing robot are important for conducting scientific analysis of objectives. Current mob...
Staircase climbing robot are important for conducting scientific analysis of objectives. Current mob...
Robot has been widely used in various fields of human lives nowadays to reduce human labor and help ...
The goal of this project is to design and build a prototype wall climbing robot (Flying mouse), for ...
The Robot, named as TRAIN WALL BOT, is designed to navigate on smooth vertical surfaces with the cap...
Self-balancing robots are unique mobile platforms that stay upright on two wheels using a closed-loo...
In this paper, we present an algorithm for a shape-shifting robot climbing stairs autonomously. The ...
AbstractThroughout the history of robot development, most of the subjects are based on wheeled mobil...
The bachelor's thesis focuses on the conceptual solution for the locomotor system of an industrial r...
Abstract — The work area of a team of small robots is limited by their inability to traverse a very ...
The stair-climbing transporter is prototype that was created in contribution to the development of s...
This project is to design and develop the prototype of stair climbing robot. The robot body frame wi...
The purpose of this study was to find the best robot configuration for climbing and descending stair...
[synopsis] In this paper, an inverted pendulum type personal mobility robot with virtual wheel is de...
Abstract —In today’s world, robotics automation system play a vital role, it is actually an arrangem...
Staircase climbing robot are important for conducting scientific analysis of objectives. Current mob...
Staircase climbing robot are important for conducting scientific analysis of objectives. Current mob...
Robot has been widely used in various fields of human lives nowadays to reduce human labor and help ...
The goal of this project is to design and build a prototype wall climbing robot (Flying mouse), for ...
The Robot, named as TRAIN WALL BOT, is designed to navigate on smooth vertical surfaces with the cap...
Self-balancing robots are unique mobile platforms that stay upright on two wheels using a closed-loo...
In this paper, we present an algorithm for a shape-shifting robot climbing stairs autonomously. The ...
AbstractThroughout the history of robot development, most of the subjects are based on wheeled mobil...
The bachelor's thesis focuses on the conceptual solution for the locomotor system of an industrial r...
Abstract — The work area of a team of small robots is limited by their inability to traverse a very ...