Tube interconnection system
View Patent ↗A tube interconnection system is disclosed that includes multiple interconnection components having base portions and one or more band connection systems. The interconnection components can be configured to interact to be in a coupled state. To this end, a ratcheting mechanism can be configured to releasably hold the first interconnection component and the second interconnection component in various rotated positions relative to one another in the coupled state.
1. A tube interconnection system, comprising:
a first interconnection component comprising a first base portion including a split shaft extending therefrom, wherein the split shaft comprises at least one locking shoulder, the first interconnection component further comprising a first band connection system having a cradle to support and constrain a first band connected to the first band connection system;
a second interconnection component comprising a second base portion having a hole formed at least partially there through, wherein the second base portion includes a surface that is configured to interact with the at least one locking shoulder when the first interconnection component and the second interconnection component are in a coupled state, the second interconnection component further comprising a second band connection system having a cradle to support and constrain a second band connected to the second band connection system, the second band formed into a substantially circular configuration, wherein the substantially circular configuration maintains a fixed diameter that is less than four inches; and
a ratcheting mechanism configured to releasably hold the first interconnection component and the second interconnection component in a plurality of rotated positions relative to one another in the coupled state.
2. The tube interconnection system of claim 1 , wherein the first interconnection component is a unitary component formed from an ABS plastic.
3. The tube interconnection system of claim 1 , further comprising the first band and the second band.
4. The tube interconnection system of claim 3 , wherein the first and second bands are configured to fit about a circumference of a tube.
5. The tube interconnection system of claim 3 , wherein the first band is adapted to fit about a first pool noodle and the second band is adapted to fit about a second pool noodle.
6. The tube interconnection system of claim 1 , wherein the hole is formed through the second base portion and the surface is formed by a countersunk surface extending around the hole.
7. A tube interconnection system, comprising:
a first interconnection component comprising a first base portion having a split shaft, wherein the split shaft comprises at least one locking shoulder, the first interconnection component further comprising a first band connection system having a cradle to support and constrain a first band connected to the first band connection system, the first band a complete and closed loop and which maintains a substantially circular shape;
a second interconnection component comprising a second base portion having a hole formed at least partially there through, wherein the second base portion includes a surface that is configured to interact with the at least one locking shoulder when the first interconnection component and the second interconnection component are in a coupled state, the second interconnection component further comprising a second band connection system having a cradle to support and constrain a second band connected to the second band connection system, the second band a complete and closed loop and which maintains a substantially circular shape; and
a ratcheting mechanism configured to releasably hold the first interconnection component and the second interconnection component in a plurality of rotated positions relative to one another in the coupled state.