How to make a robot, how to make a robot?

How to make a robot is introduced, such as Sakura Sora years old:

1. Accessories: 1 wooden board, 8 wooden strips, 2 tees, 7 axles, several axle sleeves, double-sided tape, small motor, battery box.

2. The wooden strips are cross-installed on the outriggers and fixed with the axle and axle sleeve.

3. Install the axle on the wooden board.

4. Put the tee on the motor and the short shaft on the tee.

5. Install the long shaft on the ridge of the bottom plate, install the sleeve shaft, glue the double-sided tape, and install the motor on the bottom plate, and align the orange sleeve shaft and the green tee.

6. Install the installed legs on the long axis and tee respectively, and cover them with shaft sleeves.

7. Glue the battery box with double-sided tape and fix it on the wooden board, and connect the wire to the motor to complete the production.

A model is a simplified depiction of an object, phenomenon, process, or system in an ideal world, or a simulation of its local properties. In the ordinary sense, it refers to a prototype made by simulating the shape of a physical object or a structure in a design, and its size can be divided into reduced type, physical type and enlarged type. Some models are exactly the same as the real thing, while others are just the main features of the real thing.

Significance of the model:

The significance of the model is that it can be visually understood as the image of the real thing, and in addition to its artistic value, it also has great effects in education, scientific research, industrial establishment, civil engineering and military construction. With the progress of science and technology, people regard the object of research as a system, and stop studying it from the perspective of overall behavior.

According to the way the model is expressed, it can be divided into physical model, mathematical model and construction model, and physical model is also called solid model, and can be divided into physical model and analogue model. Physical model: According to the similarity theory, the physical object that is proportionally reduced (or can be magnified or the same size as the original system) made according to the similarity theory, such as aircraft model, hydraulic system experimental model, architectural model, ship model, etc. in wind tunnel experiments.

The steps to make a robot are as follows:

1. Prepare all the tools and materials for the robot, such as large and small cartons, paper cups, paper, pens, scissors, double-sided tape, etc.

2. First take the rectangular carton, cover the A4 paper on it, and stick it with double-sided tape.

3. Take the square carton and glue the square carton in the same way.

4. Then cut out two round eyes and a semi-circular mouth and paste them on one side of the square box.

5. Now put the parts together, glue them together, and a robot is ready.

A robot is a type of intelligent machine that is able to work semi-autonomously or fully autonomously. Robots are able to be programmed and automatically controlled to perform tasks such as jobs or movements. The earliest robot in history can be seen in the puppet robot created by the craftsmen of Emperor Yang of the Sui Dynasty according to the image of Liu Luan, which has mechanisms and the ability to sit, rise, worship, and prostrate.

Robots have basic characteristics such as perception, decision-making, and execution, and can assist or even replace humans to complete dangerous, heavy, and complex work, improve work efficiency and quality, serve human life, and expand or extend the scope of human activities and capabilities.

A robot is an automated machine, but the difference is that this machine has some intelligent capabilities similar to that of humans or creatures, such as perception, planning, action and coordination, and is an automated machine with a high degree of flexibility.

Making a bot requires multiple steps and expertise, and here are some common ones:

1.Design: Determine the robot type, function, and shape, and sketch or create a 3D model using computer-aided design software.

2.Component procurement: Purchase the required electronic components, sensors, motors, gears and other materials according to the design needs.

3.Fabricating the body: Use metal, plastic, or other suitable materials to create the frame and shell of the robot. 3D printing technology can be used to quickly manufacture parts.

4.Assembly: Assemble all parts to the fuselage and install the control system and power supply.

5.Programming: Programming is written in a programming language to control the robot's actions and cross-slipping.

6.Testing and Deficit Adjustment: Test the performance and functionality of the robot, and make necessary adjustments and repairs.

Note that making a robot requires a wide range of knowledge and skills, including knowledge of mechanical engineering, telecommunications empty belt engineering, computer programming, and control systems. If you don't have enough experience and knowledge, it's best to work with a professional team or attend a relevant training course.