Solderless coaxial cable terminator

Claim 2

A solderless coaxial cable terminator for supporting and electrically terminating a coaxial cable on a conductive frame, comprising: a. a body divided into complementary first and second portions, b. means defining a channel in said body portions for receiving a coaxial cable therein, c. means for securing said body portions to one another and to the conductive frame with a predetermined portion of said first body portion held securely adjacent the frame, d. means forming a path in said first body portion for leading the shield conductor of the coaxial cable from said channel to a position between said predetermined portion of said first body portion and the conductive frame, and for securing the shield conductor in electrical contact with the conductive frame, for completing the ground circuit thereto, e. a signal conductor, f. conductive securing means in electrical contact with said signal conductor and held securely adjacent a predetermined portion of said second body portion, g. means insulating said signal conductor and said conductive securing means from the conductive frame, and h. means forming a path in said second body portion insulated from the conductive frame for leading the center conductor of the coaxial cable from said channel to a position between said predetermined portion of said second body portion and said conductive securing means, and for securing the center conductor in electrical contact with said conductive securing means, for completing the circuit thereto and thence to said signal conductor from the coaxial cable center conductor.

Claim 3

The mount of claim 1 further comprising means forming at least one external groove in at least one of said predetermined body portions extending from its respective said path means for receiving one of the coaxial cable conductors.

Claim 4

The mount of claim 2 further comprising pressure ridges within said groove for improving the contact between the coaxial cable conductor therein and its respective conductive frame or conductive securing means.

Claim 5

The terminator of claim 1 wherein said signal conductor is an antenna socket and said conductive securing means is an antenna socket securing means which secures said antenna socket onto said body.

Claim 6

The mount of claim 4 further comprising means forming an opening through the conductive frame and means forming a central channel through said body for receiving and passing said antenna socket securing means therethrough and through said frame opening to provide for locating said body on one side of the conductive frame and said antenna socket on the other side thereof.

Claim 7

The mount of claim 5 further comprising means for spacing and insulating said antenna socket and said antenna socket securing means from said opening in said conductive frame.

Claim 8

The mount of claim 6 wherein said antenna socket securing means includes a bolt passing through said central body channel and being threaded into said antenna socket, the head of said bolt being adjacent said predetermined portion of said second body portion, and a conductive washer on said bolt disposed between the head of said bolt and said predetermined portion of said second body portion for contacting the center conductor of the coaxial cable and completing the circuit therefrom to said bolt and thence to said antenna socket.

Claim 9

The mount of claim 1 further comprising means adapting said channel for gripping and securing the coaxial cable therein when said body portions are secured together.

Claim 10

The mount of claim 8 wherein said channel is shaped substantially to define an arc greater than 90° to secure the coaxial cable therein.

Claim 11

The mount of claim 1 wherein said means for securing said body portions to one another includes means defining a groove on one of said body portions and tongue means on the other said body portion dimensioned and positioned to snap together and to hole said body portions together when they are pressed together.

Claim 12

A solderless coaxial cable terminator and antenna mount for supporting and securing an antenna on a conductive frame and connecting a coaxial cable thereto, comprising: a. a body formed substantially of insulating material and being divided into complementary first and second portions, b. means defining a channel between said body portions adapted and shaped to define an arc greater than 90° for receiving, gripping, and securing a coaxial cable therein when said body portions are secured together, c. means including a conductive bolt for securing said body portions to one another and to the conductive frame with a predetermined portion of said first body portion held securely against the frame, d. said means for securing said body portions to one another including means defining a groove on one of said body portions and tongue means on the other said body portion dimensioned and positioned to snap together and to hold said body portions together when they are pressed together, e. means forming an opening in said first body portion for leading the shield conductor of the coaxial cable from said channel to a position between said predetermined portion of said first body portion and the conductive frame and for securing the shield conductor between and in contact with said predetermined portion of said first body portion and the conductive frame, for completing the ground circuit thereto, f. an antenna socket, g. means including said conductive bolt in contact with said antenna socket for securing said antenna socket onto said body with the head of said bolt held securely against a predetermined portion of said second body portion, h. means for spacing and insulating said antenna socket and said bolt from the conductive frame, and from said opening therethrough, i. means forming an opening in said second body portion insulated from the conductive frame and spaced from said opening in said first body portion for leading the center conductor of the coaxial cable from said channel to a position between said predetermined portion of said second body portion and said bolt, and for securing the center conductor between and in contact with said predetermined portion of said second body portion and said bolt, for completing the circuit thereto and thence to said antenna socket from the coaxial cable center conductor, j. means forming at least one external groove in at least one of said predetermined body portions extending from its respective said opening for receiving one of the coaxial cable conductors therein, and pressure ridges within said groove for improving the contact between the coaxial cable conductor therein and its respective conductive frame or bolt, k. means forming an opening through the conductive frame and means forming a central channel through said body for receiving and passing said bolt therethrough and through said frame opening to provide for locating said body on one side of the conductive frame and said antenna socket on the other side thereof, said bolt being threaded into said antenna socket and the head of said bolt being adjacent said predetermined portion of said second body portion, and

Claim 13

A solderless coaxial cable terminator and antenna mount for supporting and securing an antenna on a conductive frame and connecting a coaxial cable thereto, comprising: a. a body formed substantially of insulating material and being divided into complementary first and second portions, b. means defining a channel between said body portions adapted and shaped to define an arc greater than 90° for receiving, gripping, and securing a coaxial cable therein when said body portions are secured together, c. means including a conductive bolt for securing said body portions to one another and to the conductive frame with a predetermined portion of said first body portion held securely against the frame, d. said means for securing said body portions to one another including means defining a groove on one of said body portions and tongue means on the other said body portion dimensioned and positioned to snap together and to hold said body portions together when they are pressed together, e. means forming an opening in said first body portion for leading the shield conductor of the coaxial cable from said channel to a position between said predetermined portion of said first body portion and the conductive frame and for securing the shield conductor between and in contact with said predetermined portion of said first body portion and the conductive frame, for completing the ground circuit thereto, f. an antenna socket, g. means including said conductive bolt in contact with said antenna socket for securing said antenna socket onto said body with the head of said bolt held securely against a predetermined portion of said second body portion, h. means for spacing and insulating said antenna socket and said bolt from the conductive frame, and from said opening therethrough, i. means forming an opening in said second body portion insulated from the conductive frame and spaced from said opening in said first body portion for leading the center conductor of the coaxial cable from said channel to a position between said predetermined portion of said second body portion and said bolt, and for securing the center conductor between and in contact with said predetermined portion of said second body portion and said bolt, for completing the circuit thereto and thence to said antenna socket from the coaxial cable center conductor, j. means forming at least one external groove in at least one of said predetermined body portions extending from its respective said opening for receiving one of the coaxial cable conductors therein, and pressure ridges within said groove for improving the contact between the coaxial cable conductor therein and its respective conductive frame or bolt, k. means forming an opening through the conductive frame and means forming a central channel through said body for receiving and passing said bolt therethrough and through said frame opening to provide for locating said body on one side of the conductive frame and said antenna socket on the other side thereof, said bolt being threaded into said antenna socket and the head of said bolt being adjacent said predetermined portion of said second body portion, and

Claim 14

a conductive washer on said bolt disposed between the head of said bolt and said predetermined portion of said second body portion for contacting the center conductor of the coaxial cable and completing the circuit therefrom to said bolt and thence to said antenna socket.

Claim 15

a conductive washer on said bolt disposed between the head of said bolt and said predetermined portion of said second body portion for contacting the center conductor of the coaxial cable and completing the circuit therefrom to said bolt and thence to said antenna socket.