Internal gear
The tooth surfaces of internal gears are located on the inside, forming a ring-like structure. This design allows internal gears to mesh effectively with external gears, facilitating the increase or decrease of motion, and the transmission ratio can be adjusted based on the size and number of teeth of the gears.
Features of Internal Gears
Internal gears provide numerous advantages in mechanical engineering due to their unique structural design and operational characteristics. Whether in automatic transmissions, robotics technology, or high-precision servo systems, internal gears deliver efficient, stable, and reliable performance.
Compact Design
Internal gears can provide multiple mechanical functions in a limited space, making them particularly suitable for devices that require miniaturization, such as mobile phones, cameras, and other electronic devices.
Load Capacity
Because internal gears have a larger contact area, they can operate reliably under high-load conditions, reducing wear and extending service life.
Directional Change Capability
The ability of internal gears to change the direction of motion makes them very popular in aerospace and robotics technology.
Self-locking Feature
In certain designs, internal gear systems can demonstrate self-locking characteristics, which are particularly suitable for climbing machines and automation control systems to prevent unintended rollback.
High Efficiency
Internal gears can provide higher transmission efficiency, reducing energy loss, which is crucial for applications requiring high energy efficiency.
Specific Application Cases
Automotive Motorcycle
The application of gears in automobiles and motorcycles primarily focuses on transmission systems and power delivery...
Reducers
Reducers are devices used to convert high-speed rotation into low-speed, high-torque output, with gears playing a central role...
Gearboxes
Gearboxes are mechanical devices used to alter output speed and torque, playing a critical role in various applications...
Automation Industry
Gears are extensively applied in the automation industry, serving as core components for mechanical motion and power transmission...