Child resistant blow-fill seal container

1. A child resistant container manufactured by a blow-fill seal process, comprising:

a squeezable vial with a single aperture and an interior cavity having a pre-determined volume of fluid contained within said cavity, where said aperture is the outlet port for dispensing said fluid from said vial;

a cap positioned about said neck and covering said outlet-port, said cap having a top surface distal from said outlet port;

a resilient guard having a first end, a second end and a mid-section having a bottom surface, both ends integral to said vial, said resilient guard having an original position in which the bottom surface of said mid-section faces and is in close proximity to the top surface of said cap, said resilient guard held in an initial position by a first set of breakable support points connecting said resilient guard to said cap, said first set of breakable support points defining a first predetermined point of separation, said first set of breakable support points further counteracting detaching forces with a first resistance that can be overcome for detaching said resilient guard from said cap and thereafter said resilient guard can be bent at least 45 degrees when a bending force is applied to said mid-section to displace said resilient guard away from said original position;

a seal between said cap and said neck, said seal defining a second predetermined point of separation, said seal counteracting opening forces with a resistance that can be overcome for breaking said seal and removing said cap to expose said outlet port; and,

where said mid-section of the resilient guard will return to substantially its initial position when the bending force is removed from said mid-section.

2. The container of claim 1 wherein said safety container is joined to one or to two other adjacent safety containers by a respective second set of contact surfaces to form a multi-block.

3. The container of claim 1 where said seal is hermetic.

4. The container of claim 1 where said vial can be squeezed to reduce the volume of said cavity when said cap is removed.

5. The container of claim 1 where said resilient guard is U-shaped.

6. A blow-fill seal container, consisting of:

a squeezable vial having an interior cavity; a pre-determined volume of fluid contained within said squeezable vial, said vial further having a neck with an outlet port for dispensing said fluid;

a cap positioned about said neck and covering said outlet port, said cap having a top surface distal from said outlet port;

a resilient guard having a first end, a second end and a mid-section having a bottom surface, both ends integral to said vial, said resilient guard having an original position in which the bottom surface of said mid-section faces and is in close proximity to the top of said cap, said resilient guard held in an initial position by a first set of breakable support points connecting said resilient guard to said cap, said first set of breakable support points defining a first predetermined point of separation, said first set of breakable support points further counteracting detaching forces with a first resistance that can be overcome for detaching said resilient guard from said cap and thereafter said resilient guard can be bent at least 45 degrees so said mid-section is displaced away from said original position;

a hermetic seal between said cap and said neck, said hermetic seal defining a second predetermined point of separation, said hermetic seal counteracting opening forces with a resistance that can be overcome for breaking said hermetic seal and removing said cap to expose said outlet port; and,

where said mid-section of the resilient guard will return to substantially its initial position when the bending force is removed from said resilient guard.

7. The blow-fill seal container of claim 6 wherein said safety container is joined to one or to two other adjacent safety containers by a respective second set of contact surfaces to form a multi-block.

8. The blow-fill seal container of claim 6 where said resilient guard is U-shaped.

9. A blow-fill seal container, comprising:

a squeezable vial having an interior cavity, and a neck having an outlet port;

a cap positioned about said neck and covering said outlet port, said cap having a top surface distal from said outlet port;

a resilient guard having a first end, a second end and a mid-section having a bottom surface, both ends integral to said vial, said mid-section facing and in close proximity to the top surface of said cap, said resilient guard fixed in an original position by connection to said cap by a first set of breakable support points, and when said first set of support points are broken and a bending force applied to said resilient guard, said mid-section can be bent at least 45 degrees to displace said mid-section away from being in close proximity to the top surface of said cap;

a hermetic seal securing said cap to said neck, and while said mid-section is displaced away from close proximity to said cap, said hermetic seal can be broken, and said cap removed, exposing said outlet port; and,

where the bending force is removed, said mid-section will return to substantially its original position.

10. The blow-fill seal container of claim 9 where said resilient guard is U-shaped.

11. The blow-fill seal container of claim 9 further comprising a pre-determined volume of fluid disposed within said interior cavity.

12. The blow-fill seal container of claim 9 wherein said safety container is joined to one or to two other adjacent safety containers by a respective second set of contact surfaces to form a multi-block.

13. The blow-fill seal container of claim 12 further comprising a pre-determined volume of fluid disposed within said interior cavity.

14. A child resistant blow-fill seal container, comprising:

a squeezable vial having a neck and an interior cavity containing a pre-determined volume of fluid, said vial further having a single port located at said neck for dispensing said fluid;

a removable cap positioned about said neck and covering said outlet port, said cap having a top surface distal from said single port;

a resilient guard having a first end, a second end and a mid-section having a bottom surface, both ends integral to said vial, said resilient guard having an initial position in which the bottom surface of said mid-section faces and is in close proximity to the top surface of said cap preventing the removal of said cap, and a second position in which a bending force is applied to the resilient guard to bend at least 45 degrees so the bottom surface of said mid-section is displaced away from being in close proximity to the top surface of said cap whereby said cap can be removed to expose said single port; and,

where said mid-section of the resilient guard returns to substantially its initial position when the bending force is removed.

15. The blow-fill seal container of claim 14 further comprising a first set of breakable support points connecting said resilient guard to said cap, and a hermetic seal connecting said cap to said vial.

16. The blow-fill seal container of claim 15 further comprising a pre-determined volume of fluid disposed within said interior cavity.

17. The blow-fill seal container of claim 14 where said resilient guard is U-shaped.