Pressure sensitive flexible button lock and retractable package thereof

1. A pressure sensitive locking mechanism comprising:

a flex portion comprising a first flex segment, a first flex bend, a second flex segment, a second flex bend, a third flex segment, a third flex bend, a fourth flex segment, a fourth flex bend, and a fifth flex segment,

wherein the first flex segment, the third flex segment, and the fifth flex segment are parallel,

wherein the second flex segment and the fourth flex segment are parallel, and

wherein the first flex segment, the first flex bend, the second flex segment, the second flex bend, the third flex segment, and the third flex bend form an elbow;

an anchor portion comprising a first anchor bend, a first anchor segment, a second anchor bend, a second anchor segment, and an anchor end,

wherein the first anchor segment is orthogonal to the second anchor segment;

a guard disposed orthogonally to the first flex segment;

a tab disposed on the guard, the tab further disposed orthogonal to the guard; and

the pressure sensitive locking mechanism configurable in a locked state and an unlocked state,

wherein the tab and the elbow are configured to receive a pressure via the tab,

wherein application of the pressure is configured to convert the pressure sensitive locking mechanism from the locked state to the unlocked state, and

wherein withdrawal of the pressure is configured to convert the pressure sensitive locking mechanism from the unlocked state to the locked state; and

a first rim extending from the guard to the anchor end;

a second rim extending from the guard to the anchor end;

a central plane disposed between the first rim and the second rim;

a top duct bound by at least the first rim, the central plane, and the second rim; and

a bottom duct bound by at least the first rim, the central plane, and the second rim,

wherein the top duct is antipodal to the bottom duct.

2. The pressure sensitive locking mechanism of claim 1 , the tab further comprising:

a first tab edge and a second tab edge, the first tab edge and the second tab edge orthogonal to the guard;

a tab rim comprising a convex curvature relative to the guard;

a first tab corner conjoining the tab rim and the first tab edge; and

a second tab corner conjoining the tab rim and the second tab edge,

wherein the first tab corner and the second tab corner are rounded.

3. A pressure sensitive locking container comprising:

a pressure sensitive locking mechanism comprising:

a flex portion comprising a first flex segment, a first flex bend, a second flex segment, a second flex bend, a third flex segment, a third flex bend, a fourth flex segment, a fourth flex bend, and a fifth flex segment,

wherein the first flex segment, the third flex segment, and the fifth flex segment are parallel,

wherein the second flex segment and the fourth flex segment, and

wherein the first flex segment, the first flex bend, the second flex segment, the second flex bend, the third flex segment, and the third flex bend form an elbow;

an anchor portion comprising a first anchor bend, a first anchor segment, a second anchor bend, a second anchor segment, and an anchor end,

wherein the first anchor segment is orthogonal to the second anchor segment;

a guard disposed orthogonally to the first flex segment;

a tab disposed on the guard, the tab further disposed orthogonal to the guard; and

the pressure sensitive locking mechanism configurable in a locked state and an unlocked state,

wherein the tab and the elbow are configured to receive a pressure via the tab,

wherein application of the pressure is configured to convert the pressure sensitive locking mechanism from the locked state to the unlocked state, and

wherein withdrawal of the pressure is configured to convert the pressure sensitive locking mechanism from the unlocked state to the locked state;

a tray comprising a bottom surface, a floor, a spacer, a first sidewall, a second sidewall, a front wall, a rear wall, a lock channel and an aperture,

wherein the bottom surface traverses the first sidewall, the second sidewall, the front wall, and the rear wall,

wherein the spacer is disposed atop the bottom surface and the floor is disposed atop the spacer,

wherein the lock channel is bound by at least the bottom surface, the spacer, and the floor, and the lock channel is sized to accept at least the flex portion and the anchor portion,

wherein the tray is configurable in a sheathed state and an unsheathed state,

wherein the aperture is sized to accept the tab; and

a sleeve sized to accept the tray in the sheathed state, the sleeve comprising a sleeve window,

wherein the sleeve window is sized to accept the tab,

wherein, in the sheathed state, the sleeve window is overlaid the aperture, and

wherein the tray is configured to convert from the sheathed state to the unsheathed state via removal of the sleeve in the unlocked stated.

4. The pressure sensitive locking container of claim 3 , the tab further comprising:

a first tab edge and a second tab edge, the first tab edge and the second tab edge orthogonal to the guard;

a tab rim comprising a convex curvature relative to the guard;

a first tab corner conjoining the tab rim and the first tab edge; and

a second tab corner conjoining the tab rim and the second tab edge,

wherein the first tab corner and the second tab corner are rounded.

5. The pressure sensitive locking container of claim 3 , further comprising:

a first rim extending from the guard to the anchor end;

a second rim extending from the guard to the anchor end;

a central plane disposed between the first rim and the second rim;

a top duct bound by at least the first rim, the central plane, and the second rim; and

a bottom duct bound by at least the first rim, the central plane, and the second rim,

wherein the top duct is antipodal to the bottom duct.

6. The pressure sensitive locking container of claim 3 , the flex portion comprising a flex width and the anchor portion comprising an anchor width,

wherein the anchor width is greater than the flex width.

7. A pressure sensitive locking container comprising:

two pressure sensitive locking mechanisms, each comprising:

a flex portion comprising a first flex segment, a first flex bend, a second flex segment, a second flex bend, a third flex segment, a third flex bend, a fourth flex segment, a fourth flex bend, and a fifth flex segment,

wherein the first flex segment, the third flex segment, and the fifth flex segment are parallel,

wherein the second flex segment and the fourth flex segment, and

wherein the first flex segment, the first flex bend, the second flex segment, the second flex bend, the third flex segment, and the third flex bend form an elbow;

an anchor portion comprising a first anchor bend, a first anchor segment, a second anchor bend, a second anchor segment, and an anchor end,

wherein the first anchor segment is orthogonal to the second anchor segment;

a guard disposed orthogonally to the first flex segment;

a tab disposed on the guard, the tab further disposed orthogonal to the guard; and

the pressure sensitive locking mechanism configurable in a locked state and an unlocked state,

wherein the tab and the elbow are configured to receive a pressure via the tab,

wherein application of the pressure is configured to convert the pressure sensitive locking mechanism from the locked state to the unlocked state, and

wherein withdrawal of the pressure is configured to convert the pressure sensitive locking mechanism from the unlocked state to the locked state;

a tray comprising a bottom surface, a floor, a spacer, a first sidewall, a second sidewall, a front wall, a rear wall, a lock channel, a first aperture, and a second aperture,

wherein the bottom surface traverses the first sidewall, the second sidewall, the front wall, and the rear wall,

wherein the spacer is disposed atop the bottom surface and the floor is disposed atop the spacer,

wherein the lock channel is bound by at least the bottom surface, the spacer, and the floor, and the lock channel is sized to accept at least the flex portion and the anchor portion,

wherein the tray is configurable in a sheathed state and an unsheathed state, and

wherein the first aperture and the second aperture are sized to accept the tabs; and

a sleeve sized to accept the tray in the sheathed state, the sleeve comprising a first sleeve window and a second sleeve window,

wherein the first sleeve window and the second sleeve window are each sized to accept one of the tabs,

wherein, in the sheathed state, the first sleeve window is overlaid the first aperture and the second sleeve window is overlaid the second aperture, and

wherein the tray is configured to convert from the sheathed state to the unsheathed state via removal of the sleeve in the unlocked stated.

8. The pressure sensitive locking container of claim 7 , each tab further comprising:

a first tab edge and a second tab edge, the first tab edge and the second tab edge orthogonal to the guard;

a tab rim comprising a convex curvature relative to the guard;

a first tab corner conjoining the tab rim and the first tab edge; and

a second tab corner conjoining the tab rim and the second tab edge,

wherein the first tab corner and the second tab corner are rounded.

9. The pressure sensitive locking container of claim 7 , further comprising:

a first rim extending from the guard to the anchor end;

a second rim extending from the guard to the anchor end;

a central plane disposed between the first rim and the second rim;

a top duct bound by at least the first rim, the central plane, and the second rim; and

a bottom duct bound by at least the first rim, the central plane, and the second rim,

wherein the top duct is antipodal to the bottom duct.

10. The pressure sensitive locking container of claim 7 , the flex portion comprising a flex width and the anchor portion comprising an anchor width,

wherein the anchor width is greater than the flex width.