GE Quick Connect and Seal V1

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The proposed design includes two established machine techniques - O-Ring and Dovetail groove system, as well as Internal Circlip technique. These methods have been utilized in high-pressure hydraulic applications with success due to their self-retention feature. The O-Ring in the rectangular configuration is guided to swing at a larger radius towards the edge of the block and then falls over the curved edge, ensuring proper sealing. The Internal Circlip technique involves a retaining clip that is inserted into a groove in the cavity housing to retain the block as pressure increases. This design also includes a spring stop positioned with a rubber strip for the clip to engage with the groove. The blocks are then glued together and tested under pressure if possible using a 3D printer. To secure the block, an assembly retaining clip is added to the front of the cavity, which is glued to a recess and engages with draft angles on the cavity wall. The internal circlips are formed in a pattern to engage with this retaining clip as well. This design concept requires specialists from molding, O-Ring, adhesive, and spring steel companies for optimal detail design and coordination. If presented correctly, the assembly should be completed by an operator in minutes, excluding adhesive cure time.