Hermaphroditic coupling with rotational engagement and flexible interlock
View Patent ↗A low-profile genderless connector uses interlocking tabs and spring levers to form a secure mechanical link with another identical genderless connector using rotational engagement. Upon full engagement of two opposing yet identical connectors, electrical contacts on each connector complete multiple signal paths for ground, power, and signal communication in a preferred sequential order. In an alternative embodiment, the connectors rotationally engage to form a coupling having optical contacts. In yet another embodiment, the connectors rotationally engage to form a coupling to provide strictly mechanical or structural connectivity.
1. A hermaphroditic coupling, comprising:
identical, unitary first and second hermaphroditic connectors;
each of said hermaphroditic connectors comprising a member having a joining face and an attachment face, each attachment face adapted to establish a connection, each joining face having a first engaging element and a second engaging element associated therewith, wherein said first engaging element is flexible;
wherein said joining faces of said hermaphroditic connectors are rotationally engageable to cause said first engaging element of said first connector to engage with said second engaging element of said second connector, and to cause said first engaging element of said second connector to engage with said second engaging element of said first connector; and
wherein said engaging elements of each said connector flexibly interlock and form a coupling, that establishes a connection between said first and said second hermaphroditic connectors.
2. The coupling of claim 1 , wherein said member is rectangular.
3. The coupling of claim 1 , wherein said member has the shape of a truncated circle.
4. The coupling of claim 1 , wherein said first engaging element is a spring lever.
5. The coupling of claim 1 , wherein said second engaging element is tapered to engage with a similarly tapered first engaging element.
6. The coupling of claim 1 , wherein said joining face further comprises a recess for receiving said first engaging element when compressed by said second engaging element during engagement.
7. The coupling of claim 1 , wherein each of said hermaphroditic connectors further comprise penetrations for receiving interface contacts.
8. The coupling of claim 7 , wherein said interface contacts are electrical or optical.
9. The coupling of claim 1 , wherein said members are rotationally symmetric.
10. The coupling of claim 1 , wherein said member is made of any of metal, wood, plastic, paper, composite, or ceramic materials.
11. The coupling of claim 1 , further comprising:
two or more protrusions on each of said first engaging elements corresponding to two or more notches of the opposing second engaging elements.
12. A coupling, comprising:
identical, unitary first and second opposing rotatably joinable connectors;
each connector comprising an attachment face and a joining face;
wherein each said attachment face comprises a surface to which to attach objects, and
wherein each said joining face has a first engaging element and a second engaging element associated therewith, wherein each said first engaging element is flexible;
wherein upon rotational engagement of said opposing connectors, said first engaging element of said first connector is flexibly engagable with said second engaging element of said second connector, and said first engaging element of said second connector is flexibly engagable with said second engaging element of said first connector;
wherein said first and second connector are flexibly interlockable to form said coupling.
13. The coupling of claim 12 , further comprising:
said attachment face comprising channels for establishing a communicative path between, said connectors.
14. The coupling of claim 12 , further comprising:
one or more penetrations for receiving connection interfaces.
15. The coupling of claim 14 , wherein said connection interfaces are electrical contacts for power and signal transmission.
16. The coupling of claim 14 , wherein said connection interfaces are optical contacts for transmitting and receiving optical signals.
17. A hermaphroditic connector, comprising:
a unitary structure having a joining face and an attachment face;
said attachment face comprising one or more channels defined thereupon for receiving connecting members; and
said joining face having a rotationally symmetric engagement profile and comprising a first engaging element and a second engaging element, wherein said first engaging element is flexible;
wherein two hermaphroditic connectors are rotationally engagable to cause said first engaging elements of said hermaphroditic connectors to flexibly interlock with said second engaging elements said hermaphroditic connectors, to form a connective coupling.
18. The hermaphroditic connector of claim 17 , further comprising: a plurality of connecting members adapted for any of ground, signal transmission, and power.
19. The hermaphroditic connector of claim 18 , wherein said connecting members are positioned radially outward from the center of the joining face in the order of ground, at least one signal transmission, and power, wherein said ground is engaged first and, wherein power is engaged last in sequence during rotational engagement.
20. The hermaphroditic connector of claim 17 , wherein said connector is adapted to be attached to an electrically powered device.
21. The hermaphroditic connector of claim 16 , further comprising: a plurality of connecting members comprising any of optical fibers, electrical conductors, strength members, or structural components.
22. The hermaphroditic connector of claim 16 , said engaging element comprising at least one set of at least one engaging element for effecting locking engagement of said connector with the joining face of another, identical connector.