Abstract An electrical connector housing comprises substantially identically-shaped housing members of dielectric material hingedly connected together along straight sides. Each housing member includes a hollow body section having a generally triangular configuration. Spaced projections are located in the body sections and include arcuate recesses to accommodate a T-shaped coaxial connector and maintain the connector in position when the body sections are in a closed position to encompass the connector. Semicircular sections extend outwardly from respective sides of the body sections and form tubular members to cover parts of the connector, the semicircular sections including part-conical sections that can be trimmed to form an opening having a diameter to accommodate a coaxial cable connected to the connector. Part-tubular sections extend outwardly from the bottom of the body sections and form a tubular member to cover another part of the connector. Flexible latch members on one of the body sections latchably engage latching sections on the other of the body sections to latch the body sections together covering the connector.
An electrical connector housing for enclosing a T-shaped electrical connector connected to electrical cables, comprising: substantially identically-shaped housing members hingedly connected along straight sides; each of said housing members having a hollow body section in which spaced projections are located, said spaced projections including arcuate recesses to accommodate the T-shaped electrical connector to maintain the connector in position when the housing members are in a closed position; semicircular sections extend outwardly from respective sides of the body sections and form tubular members to cover parts of the connector when the housing members are in the closed position, said semicircular sections including part-conical sections that cover the cables adjacent the connector when the housing members are in the closed position; part-tubular sections extend outwardly from the bottom of the body sections and form a tubular member when the housing members are in the closed position to cover another part of the connector; and flexible latch members on one of the housing members for latchably engaging latching surfaces on the other of the housing members to latch the housing members together covering the connector.
Claim 2
Dependent Claim
182 words
An electrical connector housing for enclosing a T-shaped electrical connector connected to electrical cables, comprising: substantially identically-shaped housing members hingedly connected along straight sides; each of said housing members having a hollow body section in which spaced projections are located, said spaced projections including arcuate recesses to accommodate the T-shaped electrical connector to maintain the connector in position when the housing members are in a closed position; semicircular sections extend outwardly from respective sides of the body sections and form tubular members to cover parts of the connector when the housing members are in the closed position, said semicircular sections including part-conical sections that cover the cables adjacent the connector when the housing members are in the closed position; part-tubular sections extend outwardly from the bottom of the body sections and form a tubular member when the housing members are in the closed position to cover another part of the connector; and flexible latch members on one of the housing members for latchably engaging latching surfaces on the other of the housing members to latch the housing members together covering the connector.
Claim 3
Dependent Claim
19 words
An electrical connector housing as set forth in claim 1, wherein said body sections have a generally triangular configuration.
Claim 4
Dependent Claim
28 words
An electrical connector housing as set forth in claim 1, wherein said part-conical sections and said part-tubular sections have openings to enable them to be trimmed to size.
Claim 5
Dependent Claim
31 words
An electrical connector housing as set forth in claim 1, wherein said spaced projections are located on each side of a central plane including the longitudinal axis of the part-tubular sections.
Claim 6
Dependent Claim
22 words
An electrical connector as set forth in claim 4, wherein said spaced projections are in alignment with said semicircular and part-conical sections.