First big, then small

First big, then second

Move first, then quiet

Are you sure your creativity is mechanical? Do you understand the meaning of machinery?

The following is the definition of machinery from Baidu Encyclopedia:

1. Machinery is a combination of objects, and it is difficult to deform even if a force is applied to each part of it.

2． These objects must achieve mutual, single, prescribed motion.

3. Convert applied energy into its most useful form, or into effective mechanical work.

To put it simply, what machinery does is the conversion of energy. The input may be electricity, manpower, wind, gravity, etc., and the output is some prescribed motion. Things that cannot move cannot be called machinery. But they can only become products, such as screwdrivers, hammers, clothes hangers, etc.

As a mechanical design, mechanical principles and design are necessary foundations, including link mechanisms, gear transmissions, turbines, chain transmissions and other common structures that change energy, and of course frames and covers. For static structural parts and supports, from a principle perspective, some necessary design calculations are necessary, otherwise you won’t know how your things move and whether they can achieve the desired effect. The structural aspect includes the characteristics and stress conditions of each structure. It also needs to be considered. Of course, appearance is also part of the design. If these things are creative and meet the patent conditions, they can be patented.

Based on your supplements, let me give you some suggestions:

1. First of all, you have to understand whether your idea is "creative". Most of the mechanical things are mastered in technology. In some companies, they neither apply for patent protection (because protection also means technology disclosure), nor do they promote their technology everywhere. Their technology is mainly used for production and making money, and is more advanced than we can imagine. Much more. As for your idea, I think car manufacturers must have had it for a long time, but the implementation may be different from yours. It may be more advanced than yours, or it may not be as good as yours.

2. As you described, does it include sheet metal, base putty, spraying and final polishing all automatically? As for sheet metal correction, I personally feel that it cannot be achieved by machines. It is all technical work. The curves and surfaces of each car are different. Only the people who build the cars have these parameters. Even the 4S shop has to do it. By "knocking" it by hand, the car builder has a ready-made mold to press it, and the parameters of the mold are also top secret. It is impossible to use other means to make the car the same as when it left the factory. The following processes are indeed possible, but what about the cost? China’s most abundant resource is not minerals or technology, but manpower. What 20 yuan of labor can do, you can build a 200,000 yuan machine (it will cost more for later use) money), no one will pay.

3. Don’t make big things when designing and inventing. Just master the key technical points. If you have this key technology, you can sell it for money (it’s better to patent it). You don’t have to do it alone. The cost is so high that you can’t even make an axis, let alone the electrical control systems and programs.