Compression seal for coaxial cable connector and terminal
View Patent ↗A compression seal for a coaxial cable connector has a main body with an upward facing surface or flange on the outer surface thereof, the upward facing surface or flange facing away from the main body. The outer surface of the main body also has at least one first portion having a first diameter and at least one second portion having a second diameter, the first diameter being smaller than the second diameter. The compression seal may also have an outer body that receives the main body and also engages a connector at both ends.
1. A compression seal for sealing an interface between a coaxial cable connector and a terminal, the terminal having a maximum outer diameter, the compression seal comprising a compressible main body having an inner diameter and an outer diameter wherein the compressible main body has a minimum inner diameter that is smaller than the maximum outer diameter of the terminal; wherein the compression seal is configured such that the coaxial, cable connector engages the terminal before the connector contacts the compressible main body and at least a portion of an inner surface of the compressible main body about halfway along its axial length has an inner diameter that is smaller when the compressible main body is in the axially compressed state as compared to the axially uncompressed state.
2. The compression seal of claim 1 wherein the terminal has an total axial length, and the compressible main body has a total axial length shorter than the total axial length of the terminal.
3. The compression seal of claim 1 wherein the compressible main body comprises a tapered flange disposed at an end of the compressible main body.
4. The compression seal of claim 1 wherein the compressible main body comprises a first tapered flange disposed at one end of the compressible main body, and wherein the compressible main body comprises a second tapered flange disposed at an opposite end of the compressible main body.
5. The compression seal of claim 1 wherein the compressible main body is axially compressible.
6. The compression seal of claim 1 wherein the compression seal is configured such that the coaxial cable connector compresses the compressible main body, wherein the coaxial cable connector threadedly engages the threaded portion, and wherein the coaxial cable connector threadedly engages the threaded portion before the connector compresses the compressible main body.
7. The compression seal of claim 1 wherein the compression seal is configured such that the connector threadedly engages the terminal before the connector compresses the compressible main body.
8. The compression seal of claim 1 wherein the compression seal further comprises an outer body, the outer body comprising an inner surface defining an opening therein configured to receive the main body.
9. The compression seal of claim 1 wherein the compressible main body comprises a bellows portion.
10. The compression seal of claim 9 wherein the bellows portion comprises a plurality of peaks having substantially equal first maximum outer diameters in an uncompressed state, and wherein the plurality of peaks have substantially equal second maximum outer diameters in a compressed state.
11. The compression seal of claim 10 wherein the first maximum outer diameters are substantially equal to the second maximum outer diameters.
12. The compression seal of claim 9 wherein the bellows portion comprises a plurality of valleys having substantially equal first minimum inner diameters in an uncompressed state, and wherein the plurality of valleys have substantially equal second minimum outer diameters in a compressed state.
13. The compression seal of claim 12 wherein the first minimum outer diameters are substantially equal to the second minimum outer diameters.
14. The compression seal of claim 1 wherein the terminal comprises a threaded portion.
15. The compression seal of claim 14 wherein the compression seal is configured such that the coaxial cable connector threadedly engages the threaded portion before the connector contacts the compressible main body.
16. A method of sealingly engaging a coaxial cable connector to a terminal, the method comprising:
sliding a main seal body having an inner diameter and an outer diameter onto the terminal; then,
engaging the terminal with the connector without the connector contacting the main seal body; then,
compressing the main seal body with connector;
wherein at least a portion of an inner surface of the main seal body about halfway along its axial length has an inner diameter that is smaller when the main seal body is in the compressed state as compared to the uncompressed state.
17. The compression seal of claim 1 wherein the compression seal is configured such that the coaxial cable connector compresses the compressible main body without engaging an axially parallel length of the compressible main body.
18. The method of claim 16 wherein the coaxial cable connector compresses the main seal body without engaging an axially parallel length of the main seal body.