Systems and methods for a dual hook flat strap attachment device

1. An attachment device comprising:

a first hook and a second hook, the first and second hook biased towards each other and interconnected with each other, such the first and second hook have a first position, where a first curved end of the first hook does not touch a second curved end of the second hook and a second position, where the first curved end of the first hook does touch the second curved end of the second hook, wherein the first and second hook rotate between the first and second position;

a housing, the housing interconnecting the first and second hook and providing a mechanism for a biasing force, the biasing force biasing the first and second hook towards each other;

a first spring located in the housing, the first spring providing the biasing force;

a center wall, the center wall located in the housing, the first spring pressing against the housing and the first hook in order to bias the first hook;

a second spring located in the housing, the second spring pressing against the housing and the second hook in order to bias the second hook, wherein the first hook has a first opening and the second hook has a second opening and the first hook has a straight base and the second hook has a straight base, a portion of each of the first and second hook have a j-shape and in the second position the first and second hook lie flat on each other such that the j-shape of the first hook is superimposed over the j-shape of the second hook and the first opening is open in an opposite direction from the second opening, the housing includes a gap, the gap sized for receiving and securing a flat strap, the first hook includes a first bottom leg, the first bottom leg in the housing and the second hook includes a second bottom leg, the second bottom leg in the housing, the first and second bottom leg are each a straight leg that opposes the first and second curved end respectively, the first bottom leg includes a first central swage, the first central swage oriented to press against the first spring to create the biasing force respective to the first hook, the second bottom leg includes a second central swage, the second central swage oriented to press against the second spring to create the biasing force respective to the second hook, the first and second spring are flat springs.

2. The attachment device of claim 1 , wherein the first and second hook lie flat against each other in the second position, such that first curved end is aligned with the second curved end and the first opening is open in an opposite direction from the second opening.

3. The attachment device of claim 1 , wherein the first bottom leg includes a third swage and the second bottom leg includes a fourth swage, the third swage in a first notch in the housing, the first notch limiting the rotation of the first hook and the fourth swage in a second notch in the housing, the second notch limiting the rotation of the second hook.

4. The attachment device of claim 1 , wherein the first and second hook rotate about the first and second bottom leg respectively between the first and second position.

5. A method of operating an attachment device, the method comprising:

providing an attachment device including a first hook and a second hook, the first and second hook biased towards each other and interconnected with each other, such the first and second hook have a first position, where a first curved end of the first hook does not touch a second curved end of the second hook and a second position, where the first curved end of the first hook does touch the second curved end of the second hook;

pushing the first and second curved end, in the second position, against a connection point;

flexing the first and second curved end into the first position via the pushing;

twisting the attachment device to release return the first and second hook to the second position.

6. The method of claim 5 , wherein the first hook has a first opening and the second hook has a second opening and the first hook has a straight base and the second hook has a straight base and a portion the first and second hook have a j-shape and in the second position the first and second hook lie flat on each other such that the j-shape of the first hook is superimposed over the j-shape of the second hook and the first opening is open in an opposite direction from the second opening.