Dome comb apparatus

A dome comb system comprising:

• a dome body comprising:
• a dome center, a dome inner surface, a dome outer surface, a dome bottom surface, a dome peripheral support extending out from the dome inner surface toward the dome center, a dome coupling element extending up from the bottom surface and along the dome outer surface, and a handle including a handle fixture on the dome outer surface extending away from the dome bottom surface and including a handle grip pivotally attached to the handle fixture,
• a locking ring comprising:
• a locking ring center, a locking ring inner surface, a locking ring outer surface, a locking ring top surface, a locking ring coupling element extending down from the locking ring top surface along the locking ring inner surface, a locking ring inward extension extending toward the locking ring center, and the dome coupling element together with the locking ring coupling element enabling the dome comb system to be in a coupled state or a decoupled state;
• and
• an insert comprising:
• a circular body, a screen, and wherein the insert is configured to be positioned between the dome peripheral support and the locking ring inward extension with the circular body in direct contact with the dome peripheral support and the locking ring inner surface based on the dome comb system being in the coupled state, and the insert is configured to be changeable based on the dome comb system being in the decoupled state.

A method of manufacturing a dome comb system comprising:

• forming a dome body comprising:
• a dome center, a dome inner surface, a dome outer surface, a dome bottom surface, a dome peripheral support extending out from the dome inner surface toward the dome center, and a dome coupling element extending up from the bottom surface and along the dome outer surface;
• forming a locking ring comprising:
• a locking ring center, a locking ring inner surface, a locking ring outer surface, a locking ring top surface, a locking ring coupling element extending down from the locking ring top surface along the locking ring inner surface, a locking ring inward extension extending toward the locking ring center, and the dome coupling element together with the locking ring coupling element enabling the dome comb system to be in a coupled state or a decoupled state;
• and
• forming an insert comprising:
• a circular body, a screen, and wherein the insert is configured to be positioned between the dome peripheral support and the locking ring inward extension with the circular body in direct contact with the dome peripheral support and the locking ring inner surface based on the dome comb system being in the coupled state, and the insert is configured to be changeable based on the dome comb system being in the decoupled state.