Creating a Robot to Tie a Knot with Lego Mindstorm

Abstract The purpose of making this robot is to complete the robot and make a knot. The initial idea was to create a bracelet with a knot on the robot. Unfortunately, just making a knot can not keep using the whole bracelet. There is no time or insight to build flexible and easy-to-use "weapons". I tested and fixed the design with Lego Mindstorms' book, but I noticed that I can not open or close my hand. I will continue to further modify the design to grasp the string and release it, but the result is very troublesome.

LEGO® MINDSTORMS® NXT delivers unprecedented performance with new technologies including new robot models, more customizable programming, and color sensors. LEGO MINDSTORMS NXT 2.0 combines infinite versatile LEGO building system with intelligent microcomputer brick and intuitive drag and drop programming software. The new 2.0 Toolkit has everything you need to create the first robot in 30 minutes. Also, thousands of other robots were invented to satisfy your needs!

Abstract The purpose of making this robot is to complete the robot and make a knot. The initial idea was to create a bracelet with a knot on the robot. Unfortunately, just making a knot can not keep using the whole bracelet. There is no time or insight to build flexible and easy-to-use "weapons". I tested and fixed the design with Lego Mindstorms' book, but I noticed that I can not open or close my hand. - Lack of result graph This article is intended to introduce the advancement of cutting edge biotechnology and neurophysiology of the hybrid brain machine interface (HBMI). This research gave the way to possible applications and use of prostheses and senses

Lego mindstorm advances through future external applications including human coverage. The free application (MINDroid) turns these Android smartphones into wireless remote control, and controls these Lego Mindstorm robots. The existence of this application was successfully tested with the LEGO brainstorming robot. This app connects to the NXT robot via standard Bluetooth connection. The smartphone sends direction control to the brain of the robot via an accelerometer. The magnificence of the app is how it controls the robot by tilting the phone. This motion stimulates the motor of the robot and moves it left, right, back and forth. However, there are enhanced features from the software that allow you to perform other motor-based activities such as removing objects from the robot and closing the hands of the gripper. This smartphone software will be a remote control smart device for this project.