In agricultural machinery products, the most important thing is actually the gearbox, such as the transmission shaft and oil cylinder, which are secondary. Without a gearbox as the power transmission, kinetic energy cannot be transmitted, so its importance is very significant. Today, let's talk about the role of a gearbox in detail.

Gears can transmit power from one end of a machine to the other, just like when we are riding a bicycle. Its gears are located at the rear wheels, connecting the pedals and rear wheels. We only need to step on the pedals to drive the wheels. In cars, gears use the power of the engine as kinetic energy, which is transmitted to the drive shaft and ultimately generates power for the wheels of the car. By connecting any gear together, different shapes and sizes can be obtained, which are called gear sets. These gear sets not only have stronger performance, but also have the ability to change gears.

Specifically, you can refer to a variable speed bicycle, which consists of seven different sizes, one larger than the other. The large gear, as the transmission gear, requires more energy but produces less force, making it easier to feel, but the speed has increased. When two gears mesh together, the second gear always rotates in the opposite direction.

Returning to the theme, the so-called gearbox is a type of box that connects multiple sizes of gears and drive structures together, with aesthetics, portability, and significant performance improvements. Gearboxes are usually the preferred choice for constant speed applications, such as conveyors and cranes, which can provide greater torque. The gearbox includes a main driving gear, as well as a driving structure, such as an electric motor, fan, etc.

In the final analysis, the function of a gearbox is to integrate the gears and transmission system together, giving it stronger performance and making it more convenient for maintenance and repair.