thecel
morph king
- Joined
- May 16, 2020
- Posts
- 24,223
- Reputation
- 51,237
The device consists of a helmet, 2 metal arches, and 2 rubber grips that fit on your lateral orbital rims.
The helmet goes on the wearer’s head. On each side of the helmet above the ears, metal arches stick out forwards, go forwards ahead of the eyes, curve inwards, and curve backwards pointing back towards the outer corners of the eyes. The rubber grips fit snugly on the wearer’s lateral orbital rims.
The metal arches are made so the grips are farther apart than the width of the wearer’s lateral orbital rims. So the wearer must squeeze them together to grip them onto the lateral orbital rims. The tension of the metal arches exerts forces that push the lateral orbital rims outwards. It’s like tweezers. When you close tweezers, the bent metal has tension that makes the tweezers re-expand when you stop squeezing.
The metal arches are made so the grips are farther back than where the lateral orbital rims are. So the grips naturally push backwards on the lateral orbital rims when the device is worn, preventing the grips from slipping off.
TL;DR: It’s a helmet that grips your lateral orbital rims with rubber thingys and uses tension from bent metal to force the lateral orbital rims apart.
The helmet goes on the wearer’s head. On each side of the helmet above the ears, metal arches stick out forwards, go forwards ahead of the eyes, curve inwards, and curve backwards pointing back towards the outer corners of the eyes. The rubber grips fit snugly on the wearer’s lateral orbital rims.
The metal arches are made so the grips are farther apart than the width of the wearer’s lateral orbital rims. So the wearer must squeeze them together to grip them onto the lateral orbital rims. The tension of the metal arches exerts forces that push the lateral orbital rims outwards. It’s like tweezers. When you close tweezers, the bent metal has tension that makes the tweezers re-expand when you stop squeezing.
The metal arches are made so the grips are farther back than where the lateral orbital rims are. So the grips naturally push backwards on the lateral orbital rims when the device is worn, preventing the grips from slipping off.
TL;DR: It’s a helmet that grips your lateral orbital rims with rubber thingys and uses tension from bent metal to force the lateral orbital rims apart.
Last edited: