Is it possible to design a robot core system with free thought? How likely is it?

The design of the robot is the same as most mechanical design processes; The first thing to know is why you want to design a robot? What can a bot do? What is the size of the event space (effective working range)? Once you understand the basic requirements, the rest of the work is ready to go.

The first is to determine the type of robot according to the basic requirements, whether it is a walking lifting (lifting) robotic arm, a three-axis coordinate robot, or a six-axis robot. Once the type of robot is selected, the control method is determined, and there is a direction for designing in a limited space. The next thing to do is to determine the design task.

This is a relatively complex process, and the first step in realizing this complex process is to clearly define the design requirements; The second step is to make a mechanical transmission diagram according to the design requirements, analyze the schematic diagram, formulate the action flow chart (diagram), and preliminarily determine the transmission power, control process and mode; The third step is to clarify the design content, design steps, overcoming points, design calculations, sketches, materials, processing technology, control programs, circuit diagram drawing; The fourth step is to comprehensively review all aspects of the content and confirm the production.

Of course, the robots in the movie are cool, but basically they are things that don't exist in our time, at least the function won't be so powerful, the most awesome robot I think is Japanese, it's really good, at least it's very beautiful in appearance, it's not so simple to be a humanoid robot, first of all, you want a two-legged thing to be able to find the center of gravity and be able to walk, that's a very difficult technical point, and the human body is flexible, each fulcrum needs to move, and the hardware is generally a servo, of course, The core control chip is indispensable, and the mechanical part is not explained in detail, and the materials are selected according to their own needs and understanding, and I don't know about those things. In fact, you can consider making a smart thing first,It doesn't have to be as cool as on TV,At least it can complete the function independently,Smart car is a very good choice,There will be a lot of teaching and information like that on the Internet,Come on!

It depends on what function is being implemented.

General materials need to have motors, gears, connecting rods, wires, circuit boards and the like.

Simple robots generally only need to achieve some actions, and do not need to be able to think intelligently. Generally speaking, the production process requires the following steps:

1. Clarify the function of the robot.

It's about determining what function the bot wants to achieve.

2. Design the robot's movements.

Design what actions the robot can use to achieve responsive functions3Prepare the corresponding materials.

Prepare materials according to the robot's action requirements and execution environment. At this point, you should have a clear idea of how to combine materials and how to realize the action.

4. Implement robots.

Make the robot entity with materials, if it is a little more complicated, it is necessary to program, weld the wire 5 debugging to debug, modify and improve the robot.

Hello, do you want to make robots?

One PicaXe-28x1 microcontroller.

This is the "mastermind" of the robot, which is a very convenient and programmable microcontroller.

A PicaX-28x1 MCU Engine PackThe 28-pin engineering motherboard in this bag is just as fun as the game Super Marie, and is full of special and hidden features that make you want to play again and again.

An L293D chip motor driver.

A picaxe microcontroller with a servo motor reinforcement package.

A picaxe microcontroller with a servo motor reinforcement package.

You can use any standard servo motor, preferably with a 300 ohm resistor.

A Sharp GP2D120 inductive voltage adjustment sensor chip of 5 inches or other ranges is also acceptable. But for this project, don't buy a "digital version" of the Sharp sensor.

Finally, there are two gear motors with wheels.

It's all available online.

The existing better robot software is developed by C, such as Plus QQLite QQCAT, etc.

Of course, there are also hospital-developed such as Kuq Huajing.

control module (approximately equal to the minimum system of single-chip microcomputer);

Motor drive module (generally based on the well-known H-bridge circuit IC, such as L293D L298N as the core);

Tracing module; The basic trolley (including the trolley frame and geared motor).

Although the above modules can be DIY by themselves, it feels tricky for novices. I'm also a novice, I've been preparing for theory for a long time, and I'm about to start work.

The first one is always the hardest.

Undersea exploration robots.

Legend has it that many ships and planes have gone missing in Bermuda's "Devil's Triangle", and it is still an unsolved mystery, so I wanted to invent a robot that could dive to the bottom of the ocean for scientific exploration. This robot must have sufficient functions: first of all, it must have the function of avoiding being swept up by the whirlpool, and secondly, it must have a rescue system, an automatic positioning and navigator system, an attack system, a defense system, a thinking system, an acceleration system, an automatic charging system, and so on.

If it is swept into a whirlpool, a huge protective film will appear outside its body, like the Earth's atmosphere. At the same time, the acceleration system kicks in, making it rush upwards like a rocket. Eventually, it will launch missiles that will destroy the whirlpool.

In this way, ships and planes passing through here can pass safely later.

If the power is low, it can automatically draw energy from the seawater to generate electricity.

The thinking system of robots is to study animals and plants that humans do not know about.

This undersea science exploration robot is so versatile that it requires a lot of knowledge. In order to make this vision a reality, I must work harder to study.

Robots of the future.

The robots of the future are diverse. There are magic robots. Fruit Tree Robot. There are also attack bots......I imagined the robot to be one that would transform. Will clean. And kind-hearted robots.

It has a pair of hands made with high-grade telescopic springs. If a child falls into the water, you can immediately stretch out your hand to save the child. There are also telescopic springs on its feet, which can jump over obstacles and catch the bad guys.

There is also a small mop under its feet, which will be clean wherever it walks. You see, it's very easy to use.

Good-looking, culturally ambitious, outside the village, the old city is on the top, singing in front of the village, crying and mourning.

Is it the one that assembles a simple robot? Well....First of all, you have to use an electric soldering iron, then solder the circuit board of the robot, and then skillfully assemble the robot, you must have a certain physical foundation, to adjust the robot, it's as simple as that...We have all this provided by the teachers....

I went straight to that school and asked the teacher for advice. This is the above calculation, there is no drawback!

Haha, you're asking the right question!

Because I'm doing a high school robotics competition, I don't know which project you're applying for, can you add a question, which of the following is it:

Vex Engineering Challenge, FLL Engineering Challenge, Robot Soccer, Creative Robotics, Basic Skills, Fire Fighting, Basketball, Tell Me Carefully and I'll Give You Specific Answers.