Page 78 - Robot Design Handbook ROBOCON Malaysia 2019
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or Bluetooth interfaces [3]. The mobile robot has to have the engines connected to a control

               circuit with one of these interfaces. While controlling the mobile robot with Bluetooth we
               also have to bear in mind that our application is not only controlled the robot but also will

               does  other  tasks,  like  gathering  information  about  the  environment  and  computing  the
               mobile robot’s  moving  direction. Therefore, the  Bluetooth  connection should not  block

               these tasks. The aim of this project is to design and comstruct two mobile robots that can do

               specific tasks.

                       While there exist successful approaches to mobile robot controlled by  Bluetooth

               serial terminal and dynamic legged locomotion, this project deals with two types robots
               which are built to carry the messenger. The messenger not only need the data but also things

               that need to grabbed, gripedp, held and threw. These movements have to be finished three
               minutes. This work involves two robots wich are the MR1 and the MR2. The MR1 can be

               built as a manual, semi-automatic or fully automatic control robot. In this project, fully
               automatic robot is effective because it can use Bluetooth serial terminal. The operation of

               the MR1 is such that it has to pass the Gerege to the MR2 and throws the Shagai to earn

               point.

                       Meanwhile the MR2 is fixed to a fully automatic robot controller. It has to move on

               four legs and must bring the Gerege to Uukhai Zone and after that raise it [4].


               2.0     DETAILED DESIGN


                       Planning  algorithms  methods  has  been  developed  for  moving  path  planning  in

               configuration  space  where  the  main  focus  is  on  manoeuvres  which  requires  dexterity,
               obstacle avoidance and static stability [5]. This section of the report is divided into two parts.

               Part A describes the planning and development of the MR1 and part B deals the development
               of the MR2.



               2.1     Mechanical Design

               2.1.1 Messenger Robot 1 (MR1)


               The MR1 body is designed to be rectangular with body frame made of aluminium hollow
               bar, bolt and some of nuts to join together. This is the strongest part to hold the entire the








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