Gang junction box antenna enclosure and antenna assembly
An enclosure for an antenna comprises a gang junction box configured to be flush mounted to a wall, the gang box including first and second sidewalls opposite to each other; a removable cover attached to the gang junction box, the cover being transparent to electromagnetic radiation; a base for supporting an antenna, the base being disposed inside the gang box; the base including an axis of rotation at an upper portion, the base is pivotably attached at the upper portion along the axis to the first and second sidewalls; and the base is lockable to the first and second sidewalls after the base is pivoted to a desired orientation.
1. An antenna assembly for an access point, comprising:
a) a gang junction box;
b) an access point antenna disposed on a planar substrate inside the gang junction box;
c) cable pigtails extending outside the gang junction box, the cable pigtails including first ends operably connected to the antenna inside the gang junction box and second ends disposed outside the gang junction box;
d) connectors operably connected to the second ends disposed outside the gang junction box, the connectors for connecting to an access point outside the gang junction box;
e) the gang junction box is configured to be flush mounted to a wall, the gang junction box including first and second sidewalls opposite to each other;
f) a removable cover attached to the gang junction box, the cover being transparent to electromagnetic radiation;
g) a base for supporting the planar substrate, the base being disposed inside the gang junction box;
h) the base including an axis of rotation, the base is pivotably attached at opposite ends of the axis to the first and second sidewalls; and
i) the base is lockable after the base is pivoted to a desired orientation.
2. The antenna assembly as in claim 1 , wherein the cable pigtails extend through a sidewall of the gang junction box.
3. The antenna assembly as in claim 1 , wherein the planar substrate is pivotable.
4. The antenna assembly as in claim 1 , wherein a lower portion of the base is slidably attached to the first and second sidewalls.
5. The antenna assembly as in claim 4 , wherein:
a) the first and second sidewalls each includes an arcuate slot;
b) first and second screws are slidably disposed in respective arcuate slots of the first and second sidewalls;
c) the first and second screws are attached to the lower portion of the base; and
d) the first and second screws are lockable to the respective first and second sidewalls to fix the base at the desired orientation.
6. The antenna assembly as in claim 1 , wherein:
a) spacers are attached to upper and lower portions of the base;
b) screws at the upper portion and the lower portion of the base are threadedly received in the spacers for securing the planar substrate to the base.
7. The antenna assembly as in 6 , wherein the screws at the lower portion of the base are configured to adjust an orientation of the planar substrate relative to the base.
8. The antenna assembly as in 6 , wherein the screws at the upper portion of the base are configured to adjust an orientation of the planar substrate relative to the base.
9. The antenna assembly as in claim 1 , wherein the base is pivotable about 15-45° from a vertical plane.
10. The antenna assembly as in claim 7 , wherein the planar substrate is adjustable by turning the screws at the lower portion of the base less than a revolution.
11. The antenna assembly as in claim 1 , wherein the gang junction box is plastic.
12. The antenna assembly as in claim 1 , wherein the base is a plastic plate.
13. The antenna assembly as in claim 1 , wherein the gang junction box is configured for installation in an existing wall.
14. The antenna assembly as in claim 1 , wherein the connectors are Reverse Polarity Threaded Neill-Concelman (RPTNC) connectors.
15. The antenna assembly as in claim 1 , wherein the connectors are Reverse Polarity Subminiature version A (RPSMA) connectors.