Hinge arrangement
View Patent ↗A hinge arrangement including a living hinge adapted to movably connect two members to each other; and at least one plate spring adapted to connect to the two members. When the two members are in a folded position, the living hinge has a general “U” shape and the plate spring has a general “U” shape aligned with and generally overlapping the general “U” shape of the living hinge.
1. A hinge arrangement for a portable communication device comprising: a living hinge adapted to movably connect two members to each other; and at least one leaf spring adapted to connect to the two members, wherein, when the two members are in a folded position, the living hinge has a general “U” shape and the leaf spring has a general “U” shape aligned with and generally overlapping the general “U” shape of the living hinge, and wherein a first one of the at least one leaf spring has a first end which is sized and shaped to be longitudinally slidably connected to a first one of the two members.
2. A hinge arrangement for a portable communication device as in claim 1 wherein the at least one leaf spring comprises at least two leaf springs arranged parallel to each other.
3. A hinge arrangement for a portable communication device as in claim 1 wherein the living hinge connects ends of the two members to each other and the first leaf spring overlaps the ends of the two members.
4. A hinge arrangement for a portable communication device as in claim 1 wherein the first leaf spring has a cross sectional curved shape along its length.
5. A hinge arrangement for a portable communication device as in claim 1 wherein the first leaf spring comprises an opposite second end stationarily connected to a second one of the two members.
6. A hinge arrangement for a portable communication device as in claim 5 wherein the at least one leaf spring comprises at least two plate springs, wherein a second one of the plate springs has a first end slidably connected to the first member and an opposite second end stationarily connected to the second member.
7. A hinge arrangement for a portable communication device as in claim 5 wherein the at least one leaf spring comprises at least two plate springs, wherein a second one of the plate springs has a first end stationarily connected to the first member and an opposite second end slidably connected to the second member.
8. A hinge arrangement for a portable communication device as in claim 1 further comprising an elastic cover adapted to be connected to the two members and cover the at least one leaf spring.
9. A hinge arrangement for a portable communication device as in claim 1 wherein the at least one leaf spring comprises a strip of metal or plastic.
10. A hinge arrangement for a portable communication device as in claim 1 wherein the at least one leaf spring comprises a strip of superelastic material.
11. A portable electronic device comprising:
a first housing member comprising electronic circuitry;
a second housing member; and a hinge arrangement for a portable communication device as in claim 1 connecting an end of the first housing member to an end of the second housing member.
12. A portable electronic device as in claim 11 wherein the portable electronic device comprises a mobile telephone with the first housing member comprising a microphone and the second housing member comprising a sound transducer, wherein the at least one spring plate is adapted to bias the first and second housing members from the folded position to an open un-folded position about 165 degrees apart.
13. A portable electronic device as in claim 11 wherein the portable electronic device comprises a mobile telephone with the first housing member comprising a microphone and the second housing member comprising a sound transducer, wherein the at least one spring plate is adapted to bias the first and second housing members from the folded position to an open un-folded position about 180 degrees apart and in-line with each other with a substantially flat shape.
14. A portable electronic device as in claim 11 wherein the at least one leaf spring comprises an auditory signaling system when the first and second members are over-folded from the folded position past a fully open position.
15. A portable electronic device as in claim 14 wherein the auditory signaling system comprises a cross section curve of the at least one plate along its length.
16. A portable electronic device as in claim 11 wherein the living hinge comprises a portion of an overmolded member molded onto lateral sides of the first and second housing members.
17. A portable electronic device as in claim 11 wherein an end of the at least one leaf spring is slidably connected to first housing member, wherein the first housing member comprises a switch adapted to be actuated by movement of the end of the at least one leaf spring.
18. A hinge arrangement for a portable communication device as in claim 1 wherein the first leaf spring has a second end which is sized and shaped to be longitudinally slidably connected to a second one of the two members.
19. A portable electronic or communication device comprising: a first housing member comprising electronic circuitry;
a second housing member pivotably connected to the first housing member by a pivotable connection; and a first leaf spring connected to the first and second housing members proximate the pivotable connection, wherein the leaf spring is adapted to bend between a general “U” shape when the first and second housing members are in a folded position and a substantially straight shape when the first and second members are in an open un-folded position, wherein the first leaf spring comprises an auditory signaling system when the first and second housing members are over-folded past the open un-folded position, wherein the leaf spring has a first end longitudinally slidably connected to the first housing member.
20. A portable electronic or communication device as in claim 19 further comprising a second leaf spring connected to the first and second housing members generally parallel to the first leaf spring.
21. A portable electronic or communication device as in claim 19 wherein the leaf spring has a cross sectional curved shape along its length.
22. A portable electronic or communication device as in claim 19 wherein the leaf spring has an opposite second end stationarily connected to the second housing member.
23. A portable electronic or communication device as in claim 22 further comprising a second leaf spring, wherein the second leaf spring has a first end slidably connected to the first housing member and an opposite second end stationarily connected to the second housing member.
24. A portable electronic or communication device as in claim 22 further comprising a second leaf spring, wherein the second leaf spring has a first end stationarily connected to the first housing member and an opposite second end slidably connected to the second housing member.
25. A portable electronic or communication device as in claim 22 further comprising an elastic cover connected to the first and second housing members and covering the leaf spring.
26. A portable electronic or communication device as in claim 22 wherein the leaf spring comprises a strip of metal or plastic.
27. A portable electronic or communication device as in claim 22 wherein the leaf spring comprises a strip of shape memory alloy.
28. A portable electronic or communication device as in claim 19 wherein the portable electronic device comprises a mobile telephone with the first housing member comprising a microphone and the second housing member comprising a sound transducer, wherein the spring plate is adapted to bias the first and second housing members from the folded position to the open un-folded position about 165 degrees apart.
29. A portable electronic or communication device as in claim 19 wherein the portable electronic device comprises a mobile telephone with the first housing member comprising a microphone and the second housing member comprising a sound transducer, wherein the spring plate is adapted to bias the first and second housing members from the folded position to the open un-folded position about 180 degrees apart and in-line with each other with a substantially flat shape.
30. A portable electronic or communication device as in claim 19 wherein the auditory signaling system comprises a cross section curve of the leaf spring along its length.
31. A portable electronic or communication device as in claim 19 further comprising wherein the pivotable connection comprises a living hinge connecting ends of the two members to each other and the leaf spring partially overlaps the ends of the two members.
32. A portable electronic or communication device as in claim 31 wherein the living hinge comprises a portion of an overmolded member molded onto lateral sides of the first and second housing members.
33. A portable electronic or communication device comprising: a first housing member comprising electronic circuitry;
a second housing member pivotably connected to the first housing member by a pivotable connection between a closed folded position and an open unfolded position; and a system for audibly signaling when the first and second housing members are over-rotated past the open un-folded position, wherein the system for audibly signaling comprises a leaf spring connected to the first and second housing members at the pivotable connection, and wherein the leaf spring has a first end which is longitudinally slidably connected to the first housing member.
34. A method of manufacturing a portable electronic or communication device comprising:
providing a pivotable connection between a first housing member and a second housing member, wherein the pivotable connection comprises a living hinge, and wherein the first and second housing members are movable between a folded position and an un-folded position; and
connecting at least one spring to the first and second housing members to bias the first and second housing members towards the un-folded position, wherein the at least one spring comprises a leaf spring which has a general “U” shape when the first and second housing members are in the folded position, and wherein the leaf spring has a substantially straight shape when the first and second housing members are in the un-folded position, and wherein a first end of the leaf spring is longitudinally slidable on the first housing member.
35. A method as in claim 34 wherein a second end of the leaf spring is longitudinally slidable on the second housing member.