The tea seed sheller requires a series of configurations to ensure its efficient and stable operation, which typically include the following key components:

Main components

• Rack: As the supporting structure of the entire machine, the rack needs to have sufficient strength and stability to withstand various forces and vibrations during the peeling process.
• Fan: used to generate wind power and blow the peeled tea seed shells out of the machine, achieving preliminary separation of the shells and kernels.
• Motor: Provides power source to drive the various components of the peeling machine to operate. The selection of motors should be determined based on the power requirements and operating efficiency of the machine.
• Sieve: Used for screening and separating peeled tea seed kernels and shells. The aperture and material of the sieve should be selected according to the size and hardness of the tea seeds.
• Feeding hopper: used to feed tea seeds into the interior of the sheller. The design of the feeding hopper should be easy to operate and able to control the amount of tea seeds fed into the machine.
• Vibration screen (or vibrating screen): further separate tea seed kernels and shells, improve the cleanliness and stripping rate of the shelling machine.

Additional configurations

• Specific gravity sorting screen: uses the difference in specific gravity of materials for sorting, improving the purity and quality of tea seed kernels.
• Air blower: used to send the un shelled tea seeds and small fruits back to the drum for secondary shelling, ensuring thorough shelling.
• Bar roller and shed strip concave plate (or curved grid): These are the core components of the peeling machine, which separate the tea seed shell and kernel through squeezing force. The design and material selection of the ribbed roller and the corrugated board (or curved grid) directly affect the peeling effect and machine life.
• Adjustment plate: In some models, in order to reduce the damage rate of tea seeds, an adjustable plate is set to adjust the force and speed during the peeling process.

control system

• Power switch: used to control the start and stop of the machine.
• Transmission system: including triangular pulleys and their transmission triangular belts, used to transmit the power of the motor to various working components.
• Safety protection devices: such as emergency stop buttons, overload protectors, etc., ensure the safe shutdown of the machine in abnormal situations.

Other configurations

• Seed outlet and material outlet: used to collect peeled tea seed kernels and unshelled tea seed fruits, respectively.
• Indicator lights and display screens: used to display the operating status and fault information of the machine, facilitating user monitoring and maintenance.

In summary, the configuration of the tea seed sheller needs to be determined based on its working principle and actual needs. By reasonably configuring various components and additional devices, the efficient, stable, and safe operation of the tea seed sheller can be ensured, and the shelling effect and quality of tea seeds can be improved.