Strut connector

1. A strut frame and connector, comprising:

a strut frame member having a surface enclosing a hollow interior, an open end, and a pair of openings formed through the surface near the open end to oppose each other, the pair of openings defining a first axis of rotation:

a pair of connector portions rotatably coupled together, each connector portion is a flat blade having a body portion and an arm portion extending from the body portion, the body portion having a first hole and a second hole, the arm portion having at least one tab extending from the arm portion;

one of the connector portions is inverted and coupled to the other one of the connector portions with a first fastener secured through the first holes;

wherein the connector portions are rotated to insert the arm portions into the hollow interior of the strut frame member, then the connector portions are rotated again such that the tabs engage respective opposed openings on the strut frame member, then the second holes are aligned and the connector portions secured together through the second holes;

wherein the strut frame member is rotatable about the first axis of rotation and a second axis of rotation, the second holes defining the second axis of rotation that is perpendicular to the first axis of rotation.

2. The strut frame and connector of claim 1 , the tabs are configured to extend outwardly from the arm portions away from each other when the connector portions are rotated and coupled together to engage the respective openings from inside the strut frame member.

3. The strut frame and connector of claim 1 , the arm portions extend at an acute angle away from the body portions.

4. The strut frame and connector of claim 3 , the tabs extend from the arm portions at an angle that is orthogonal to a length of the body portion.

5. The strut frame and connector of claim 1 , the first holes are centrally located on the body portions.

6. The strut frame and connector of claim 1 , the first holes are located off center on the body portions.

7. The strut frame and connector of claim 1 , the second holes are located on the body portions distally from the arm portions.

8. The frame and strut connector of claim 1 , the first and second holes are located off center on each body portion and off axis to a length of each body portion.

9. A strut frame and connector, comprising:

a strut frame member having a surface enclosing a hollow interior, an open end, and a pair of openings formed through the surface near the open end to oppose each other, the pair of openings defining a first axis of rotation;

a pair of connector portions rotatably coupled together, each connector portion is a flat blade having a body portion and an arm portion extending at an acute angle from the body portion, the body portion having a first hole centrally located relative to the connector portion and a second hole distally located relative to the arm portion, the arm portion having at least one tab extending from the arm portion at a right angle relative to a length of the body portion;

one of the connector portions is inverted and coupled to the other one of the connector portions with a first fastener secured through the first holes;

wherein the connector portions are rotated to insert the arm portions into the hollow interior of the strut frame member, then the connector portions are rotated again such that the tabs engage respective opposed openings on the strut frame member, then the second holes are aligned and a second fastener secured through the second holes;

wherein the strut frame member is rotatable about the first axis of rotation and a second axis of rotation the second holes defining the second axis of rotation that is perpendicular to the first axis of rotation.

10. The strut frame and connector of claim 9 , the tabs are configured to extend outwardly from the arm portions away from each other when the connector portions are rotated and coupled together to engage the respective openings from inside the strut frame member.