초록 ▼

A housing assembly for protecting at least one cable connection from the exterior environment. In one embodiment, the housing assembly includes a shroud portion extending outward from the housing assembly to at least partially shroud the connection of the cable to the housing assembly. At least one

A housing assembly for protecting at least one cable connection from the exterior environment. In one embodiment, the housing assembly includes a shroud portion extending outward from the housing assembly to at least partially shroud the connection of the cable to the housing assembly. At least one resilient portion is configured to be received within the shroud portion to seal the cable from the exterior environment. The resilient portion may be installed or removed without uncoupling the cable from the housing assembly. The resilient portion may be compressed when received and retained within the shroud portion.

대표청구항 ▼

1. A seal assembly for sealing at least one cable coupled to a body, said seal assembly comprising:a shroud portion extending from the body to at least partially shroud the connection of the cable to the body; andat least one resilient portion configured to be received within said shroud portion to

1. A seal assembly for sealing at least one cable coupled to a body, said seal assembly comprising:a shroud portion extending from the body to at least partially shroud the connection of the cable to the body; andat least one resilient portion configured to be received within said shroud portion to seal at the connection of the cable to the body from the exterior environment, said resilient portion compressed against the connection of the cable to the body when received and retained within said shroud portion, and said resilient portion adapted to be installed against or removed from being against the connection without uncoupling the cable from the body.2. The seal assembly of claim 1 comprising a pair of resilient portions received within said shroud portion with the cable placed in between said resilient portions.3. The seal assembly of claim 2 wherein each resilient portion of said pair of resilient portions is substantially identical to one another.4. The seal assembly of claim 2 wherein said resilient portions are symmetrically shaped relative one another and configured to mate with one another.5. The seal assembly of claim 2 wherein said resilient portions when combined with one another define an interior space for receiving the cable.6. The seal assembly of claim 1 wherein said resilient portion comprises an interior space for receiving at least a portion of the cable, said interior space defined by at least one baffle portion to facilitate placement of the cable within said interior space of said resilient portion.7. The seal assembly of claim 6 wherein said baffle portion is at least partially defined by scoring.8. The seal assembly of claim 7 wherein a portion of said resilient portion is separated along said scoring to accommodate the cable.9. The seal assembly of claim 1 further comprising an end plate configured to be received within said should portion, said end plate for compressing said resilient portion within said shroud portion to seal the cable.10. The seal assembly of claim 9 further comprising an opening on the body within said shroud portion for receiving and retaining a fastener to cooperate with said end plate to compress said resilient portion within said shroud portion to seal the cable.11. The seal assembly of claim 1 comprising a pair of resilient portions received within said shroud portion with the cable placed in between said resilient portions, and further comprising an end plate configured to be received within said should portion, said end plate for compressing said resilient portions within said shroud portion to seal around the cable.12. The seal assembly of claim 1 wherein said shroud portion comprises a top portion, a bottom portion, and a pair of side portions, and wherein said top, bottom and side portions define a cavity for receiving said resilient portion with the cable, said cavity defined by an outer edge of said shroud portion, said outer edge partially defined by a cutout portion in said top portion of said shroud.13. The seal assembly of claim 1 wherein said shroud portion shrouds a pair of ports configured to receive and retain a pair of corresponding cables.14. The seal assembly of claim 1 wherein the body is a housing assembly.15. The seal assembly of claim 1 wherein the cable is an Ethernet cable.16. A housing assembly for protecting at least one cable connection from the exterior environment, said housing assembly comprising:a shroud portion extending from said housing assembly to at least partially shroud the connection of the cable to said housing assembly; andat least one resilient portion configured to be received within said shroud portion to seal the cable from the exterior environment, said resilient portion adapted to be installed in said shroud portion at the cable connection and removed from against said shroud portion and from against the cable connection without uncoupling the cable from said housing assembly.17. The housing assembly of claim 16 wherein said resilient portion is compressed when received and retained within said shroud portion.18. The housing assembly of claim 16 comprising a pair of resilient portions received within said shroud portion with the cable placed in between said resilient portions.19. The housing assembly of claim 18 wherein each resilient portion of said pair of resilient portions is substantially identical to one another.20. The housing assembly of claim 18 wherein said resilient portions are symmetrically shaped relative one another and configured to mate with one another.21. The housing assembly of claim 16 wherein said resilient portion comprises an interior space for receiving at least a portion of the cable, said interior space defined by at least one baffle portion to facilitate placement of the cable within said interior space of said resilient portion.22. The housing assembly of claim 21 wherein said baffle portion is at least partially defined by scoring.23. The housing assembly of claim 22 wherein a portion of said resilient portion is separated along said scoring to accommodate the cable.24. The housing assembly of claim 16 further comprising an end plate configured to be received within said should portion, said end plate for compressing said resilient portion within said shroud portion to seal the cable.25. The housing assembly of claim 24 further comprising an opening on the body within said shroud portion for receiving and retaining a fastener to cooperate with said end plate to compress said resilient portion within said shroud portion to seal the cable.26. The housing assembly of claim 16 wherein said shroud portion comprises a top portion, a bottom portion, and a pair of side portions, and wherein said top, bottom and side portions define a cavity for receiving said resilient portion with the cable, said cavity defined by an outer edge of said shroud portion, said outer edge partially defined by a cutout portion in said top portion of said shroud.27. The housing assembly of claim 16 wherein said shroud portion shrouds a pair of ports configured to receive and retain a pair of corresponding Ethernet cables.28. A seal assembly for sealing a connector at its connection, said seal assembly comprising:a shroud portion to at least partially shroud the connection; andat least one resilient portion configured to be received within said shroud portion to seal the connector at its connection from the exterior environment and which can be removed from within said shroud portion and from against the connector without disconnecting the connector from its connection, wherein said resilient portion is compressed against the connector in its connection when received and retained within said shroud portion.29. The seal assembly of claim 28 wherein said resilient portion is adapted to be installed without uncoupling the connector from its connection.