Downstroke Diaphragm Turbine
The downstroke diaphragm turbine is a type of rotary engine that is powered by the expansion and contraction of a thin membrane, typically made of rubber. This type of motor has many advantages, including: higher efficiency, quieter operation and lower cost.
The downstroke diaphragm turbine consists of a housing with a rotating shaft, and a thin flexible membrane. The membrane is attached to the shaft and is almost sealed inside the housing. The membrane is placed so that it is angled at the center and acts as a turbine blade. When the center of the membrane is pulled, the membrane deforms and causes the shaft to rotate.
When the center of the membrane is pulled, the membrane contracts, forcing the air inside the housing to expand, creating a vacuum on the outside and pulling air into the housing. The air creates a reaction force that helps to pull the membrane back to its original shape, ready for the next cycle. This cycle is repeated with each rotation of the shaft, and is the source of power for the engine.
The power output of the diaphragm turbine is proportional to the internal diameter of the housing, the flexibility of the membrane and the strength of the pull at the center of the membrane. As the diameter of the housing increases, the power output increases, while the flexibility of the membrane increases the power output even when the diameter of the housing is kept constant. Also, the stronger the pull at the center of the membrane, the higher the torque output of the system.
Because of its simple design, the downstroke diaphragm turbine can be manufactured quickly and easily, and can be used in a variety of applications. It is often used in industrial equipment, where its high efficiency and low costs make it an ideal choice. Although it has yet to break into the mainstream automobile industry, it is slowly becoming more popular due to its potential for improved efficiency and improved fuel economy.
The downstroke diaphragm turbine has many advantages over other types of rotary engines, including increased efficiency, quieter operation and lower costs. In addition, its simple design allows for it to be manufactured quickly and applied to a variety of applications. As more research and development is done, this type of engine is expected to become a more popular choice in the near future.
