In this book, you’ll find lots practical advice how to build robots successfully. The author begins with the anatomy of a homemade robot and gives you the best advice on how to proceed successfully. General sources for tools and parts are provided in a consolidated list, and specific parts are recommended throughout the book. Also, basic safety precautions and essential measuring and numbering systems are promoted throughout.
tools to build robots
Fuji-Ace EC-141: Industrial Robotic For Cement Bags Palletizing
Robotic has been very helpful thing to human for decades for human specifically in industrial area. Many robotic system used in industrial area to raise productivity and efficiently. In the port Melbourne plant of Independent Cement & Lime a model of robotic has been installed since 2003 to help the palletizing. This robot named Fuji-Ace CE-141 and supplied by Budpak. EC-141 used in process of stacking bags of cement. With this robotic system installed here the process of filling and packing the cement are getting faster than before.
A Miniball Robot With Solar Power That You Can Build
This miniball robot project is lead by Mr. Jerome Demers. This miniball robot works using solar power. To do that this robot uses a solar engine. To make solar power useful it takes more than just a solar cell but also storage to store the power to capacitor. So you need a device that can do that work! When the machine gets enough power it will release the power to move the motor and make this robot works! It is just a little explanation about the machine’s works. You can read the full on the site.
City Context Concept For Bright and Clean Environment
Cleanliness is the most important aspect in realizing a health life in our daily life. It is very difficult to maintain a clean environment in such a big city or maybe in a capital city where many people with different habits live in there. Therefore, it is necessary to apply City Context concept in such a big city but what the meaning of City Context concept is or what the benefit that we can get by applying it is. The understanding about City Context concept is actually the combination of a ‘solar-powered street light’ and a trash bin.
Toyota Walking i-foot Robot
In EXPO 2005 AICHI Japan, Toyota proposed new type of mobility. The i-foot robot, the two legs robot a mountable robot by Toyota. This robot developed for three-dimensional mobility and has ability in climbing the staircases. This robot height is 2.360 mm and weight of 200 kg. i-foot can walk in 1.35 km/h of speed and carry 60 kg.
Robot DONA Collects Donation For Ivory Coast’s Education Fund
This robot will stop you and beg for your kindness to give some donation with its adorable appearance. Looks like a panhandling this robot use can in front of its legs to collect the donations and thank to people who drop money to the can. Money that has been collected will be used to fund education in Ivory Coast’s schools. This donation collecting robot was the project from South Korean’s robotics with MIT Media Lab and named DONA. As you can see from the video bellow the robot motion was the result of motion-sensing system that equipped on DONA.
Seeking Harmony Personal Mobility “i-unit” by Toyota
Toyota has created the mobility system that seeks the harmony between human with society and of course the earth. This system is hoped to give the individual enjoyment of movement. This mobility system inspired by leaf, leaf uses the sun energy in transforming energy. This i-unit has some features like stable handling in low speed among people, easy to be operated both in low or high speed