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Simple Prototype Design Of Vision Robot
May 31, 2017

Robot Prototype Simple Prototype Design of Vision Robot

  1, eyes 2, the brain 3, hands and feet

  Eyes and brains used to identify specific objects and deal with other data, hands and feet based on the identification of objects and processed data to respond.

  Can this prototype expand? Such as the crowd to identify the suspects, toll stations license plate identification, helicopter or satellite tracking ground specific vehicles, air-to-surface missile cruise targeting ... Ren Jun play imagination.

  For the amateur wrote a special discussion of robot design articles, but also tried to answer such a question: "how can we create a robot"? The enthusiastic questions of the various players are varied, but mainly in the mechanical and structural aspects. Probably they think I'm not a top programmer and can only guide some mechanical and electronic system problems. I can distinguish between PIC, Arduino, Propeller, and even Raspberry Pi between the different, but do not want to write code Bale. Many friends of the programming ability than I am strong, this problem or leave them! The

  Robot Prototype Now, I will meet the reader's request. However, I am not going to discuss microcontrollers, programming, CAD design or electronic systems, induction systems. Next, I would like to introduce the robot design and positioning of various physical components and assembly problems.

  Our topic will focus on how to use prototyping to develop and improve mechanical design. The final construction design, please readers brains, to complete their own!

  We will install the components, systems, motors, batteries and other aspects of a closer look, to create a highly efficient and stable robot chassis. I will use ServoCity's Actobotics chassis as an example to explain the mechanical and structural components. ServoCity's website shows thousands of mechanical widgets, a treasure trove of rich stories and ideas, and is definitely worth a look.

  I will not only discuss structural parts and mechanical parts, but also involve basic machining practices. I will show some different mobile robot chassis, players can build their own on the basis of the chassis of the robot. Start the design - proceed from the existing prototype

  Robot Prototype In answering questions about the development of robots, I often ask a question: "Why do you want to make robots, what do you want the robot to do?" I asked why, because many people do not understand what they want what. They just feel that "playing the robot is cool enough". In fact, this is the answer to my answer to that question. For playing robots, "cool" is an excellent reason.

  A person wants to play cool, that he wanted to learn something different, and playing the robot is a good start. Robot players background, knowledge structure and the goal is extremely diversified, therefore, involves a specific type of robot type of topic, can be left to discuss later.

  Robot Prototype This small robot can be equipped with a variety of components, such as pliers, sonar, patrol robot, camera, Xbee module, Bluetooth and Wi-Fi devices, as well as voice and speech recognition systems, as needed. Even entry-level products, such as Parallax S2, also have a wealth of assembly space.

  The mechanical structure of these robotic suits is simple and will not scare anyone. Propeller's "C" language for programming ActivityBot is easy to learn, but powerful enough to control extremely complex robots.