Method for increasing the leakage resistance in a closed, pressurized system comprising a septum-sealed container

1. A method for increasing leakage resistance in a closed, pressurized system, comprising:

providing a closed system comprising a container sealed with a septum in contact with the container, the septum having a first surface with a first exposed section and a second surface with a second exposed section generally opposite the first exposed surface, wherein the second exposed section of the second surface is exposed to an interior of the container, the system being maintained under a positive pressure of at least about 34.5 kPa (5 psig), and

fixedly placing a contact surface of a hard component in contact with:

(i) at least a portion of a border section disposed within the first exposed section of the septum, the border section being adjacent to and extending along the periphery of the first exposed section of the septum, the border section having an outer perimeter being coincident with the periphery of the first exposed section of the septum and an inner perimeter disposed within the exposed first section of the septum, the inner perimeter and the outer perimeter defining the area of the border section; and

(ii) at least a portion of a central section of the first exposed section of the septum, the central section extending from the center of the first exposed section of the septum until the inner perimeter of the border section, and the central section having an area defined by the inner perimeter of the border section,

wherein the hard component has passageways for two or more needles to facilitate the flushing and clearance of the septum sealed container; and

wherein the hard component is harder than the septum and thick enough to have negligible deflection when pushed by the force of a bulge extending from the septum,

to reduce the size of any bulge or deformation formed in the exposed section of the septum.

2. The method according to claim 1 , wherein the positive pressure maintained in the closed system is in the range of from about 34.5 kPa (5 psig) to about 2,413 kPa (350 psig).

3. The method according to claim 1 , wherein the hard component has two, or more than two passageways accommodating two, or more than two needles, and the contact surface of the hard component has two, or more than two openings through which the two, or more than two needles extend.

4. The method according to claim 3 , wherein an end of each of the two, or more than two needles extend from the two, or more than two openings of the contact surface of the hard component through two, or more than two openings formed in the exposed section of the septum.

5. The method according to claim 4 , wherein the hard component comprises two, or more than two needle guide tubes within the two, or more than two passageways, the two, or more than two needle guide tubes preventing lateral movement of the two, or more than two needles.

6. The method according to claim 1 , wherein the container contains a product for infusion into a human or animal patient or for delivery to a vessel.

7. The method according to claim 6 , wherein the product is a medical device or delivery system containing an active drug ingredient, a radioactive ingredient or a mixture thereof.

8. The method according to claim 1 , further comprising compressing the septum using an external force at the time of transferring material from the septum sealed container.

9. The method according to claim 1 , wherein the contact surface of the hard component is fixedly placed in contact with the border section and the central section of the first exposed section of the septum.

10. The method according to claim 1 , wherein the contact surface of the hard component is fixedly held using an external rigidifying mechanism or rigid structure.

11. A method for increasing leakage resistance in a closed, pressurized system, including a container and a septum in contact with and sealing the container, the septum having a first surface with a first exposed section and a second surface with a second exposed section generally opposite the first exposed surface, wherein the second exposed section of the second surface is exposed to an interior of the container, the system being maintained under a positive pressure of at least about 34.5 kPa (5 psig), comprising:

fixedly placing a contact surface of a hard component in contact with:

(i) at least a portion of a border section disposed within the first exposed section of the septum, the border section being adjacent to and extending along the periphery of the first exposed section of the septum, the border section having an outer perimeter being coincident with the periphery of the first exposed section of the septum and an inner perimeter disposed within the first exposed section of the septum, the inner perimeter and the outer perimeter defining the area of the border section; and

(ii) at least a portion of a central section of the first exposed section of the septum, the central section extending from the center of the first exposed section of the septum until the inner perimeter of the border section, and the central section having an area defined by the inner perimeter of the border section,

wherein the hard component has passageways for two or more needles to facilitate the flushing and clearance of the septum sealed container; and

wherein the hard component is harder than the septum and thick enough to have negligible deflection when pushed by the force of a bulge extending from the septum,

to reduce the size of any bulge or deformation formed in the exposed section of the septum.

12. A method for increasing leakage resistance in a closed, pressurized system, comprising:

fixedly placing a contact surface of a hard component in contact with a septum directly connected to and sealing a container maintained under a positive pressure of at least about 34.5 kPa (5 psig), the septum having a first surface with a first exposed section and a second surface with a second exposed section generally opposite the first exposed surface, wherein the second exposed section of the second surface is exposed to an interior of the container, wherein:

(i) at least a portion of a border section disposed within the first exposed section of the septum, the border section being adjacent to and extending along the periphery of the first exposed section of the septum, the border section having an outer perimeter being coincident with the periphery of the first exposed section of the septum and an inner perimeter disposed within the first exposed section of the septum, the inner perimeter and the outer perimeter defining the area of the border section; and

(ii) at least a portion of a central section of the first exposed section of the septum, the central section extending from the center of the first exposed section of the septum until the inner perimeter of the border section, and the central section having an area defined by the inner perimeter of the border section, and

inserting a needle into the septum to transfer a product out of the container,

wherein the hard component has passageways for two or more needles to facilitate the flushing and clearance of the septum sealed container; and

wherein the hard component is harder than the septum and thick enough to have negligible deflection when pushed by the force of a bulge extending from the septum, to reduce the size of any bulge or deformation formed in the exposed section of the septum.