Controlled access mixing vial

• US 5,330,048 A
• Filed: 07/09/1993
• Issued: 07/19/1994
• Est. Priority Date: 07/09/1993
• Status: Expired due to Fees

• Current Assignee: Habley Medical Technology Corporation
• Original Assignee: Habley Medical Technology Corporation
• Inventors: Foster, Clark B., Smedley, William H., Haber, Terry M.
• Primary Examiner(s): FIDEI, DAVID
• Application Number:
  US08/089,456
• Time in Patent Office: 375 Days
• Field of Search: 206/63.5, 206/219, 206/221, 215/DIG. 8, 604/87, 604/89, 604/203, 604/416, 222/52, 222/386, 222/522, 222/523, 366/129, 366/130
• US Class Current: 206/221
• CPC Class Codes: A61J 1/2037 having valve means
• CPC Class Codes: A61J 1/2051 having tap means, e.g. tap means activated by sliding
• CPC Class Codes: A61J 1/2093 Containers having several compartments for products to be mixed
• CPC Class Codes: Y10S 215/08 Mixing

Abstract

A controlled access mixing vial (2) includes a cylindrical mixing container (8) having a fixed septum (14) at its outer end (10) and a breachable seal (22) at its inner end (12). A first pharmaceutical (52) is housed within the mixing container between the seal and the septum. A supplemental container (4) is coaxially translatably mounted to the mixing container and contains a second pharmaceutical (50) between the mixing and supplemental containers. Collapsing the mixing and supplemental containers from a pre-mixed condition to a post-mixed condition, preferably with a chosen rotary movement (128, 130) using threads (60, 62), causes the breachable seal to open permitting the second pharmaceutical to be driven into the mixing container. Movement to the post-mixed condition dislodges a safety shield (100) to permit access to the septum. Rotary locks (116, 118, 120) limit movement from the pre-mixed condition except with the chosen rotary movement and prevents all movement from the post-mixed condition.

Claims

1. A controlled access mixing vial, for use with first and second pharmaceutical components, the second component being a liquid component, comprising:

a mixing container having first and second ends with openings at the first and second ends;

a septum mounted to and sealing the first end of the mixing container;

a breachable seal at the opening at the second end of the mixing container, the first component being within a mixing region between the seal and the septum;

a supplemental container;

the mixing and supplemental containers being coaxially translating containers with the second end of the mixing container sealably positioned within the supplemental container, the second component being within a variable volume region defined by the mixing and supplemental containers;

a first rotary drive element associated with and covering the first end of the mixing container;

a second rotary drive element associated with the supplemental container;

thread means for rotationally coupling the first and second rotary drive elements so that rotating the first and second drive elements in a first rotary direction from an initial rotary orientation to a final rotary orientation drives the mixing container into the supplemental container from a pre-mixed condition to a post-mixed condition to force the second component past the breachable seal and into the mixing region causing the first and second components to mix to create a mixed pharmaceutical;

a first rotary lock operably coupling the first and second rotary drive elements when in the initial rotary orientation and preventing rotary movement except in the first rotary direction when in the initial rotary orientation; and

a second rotary lock operably coupling the first and second drive elements when in the final rotary orientation and preventing any relative rotary movement therebetween when in the final rotary orientation.

2. The vial of claim 1 wherein the first rotary drive element includes a first housing having a central opening opposite the septum.

3. The vial of claim 2 further comprising:

a safety shield mounted to the first housing and covering the central opening; and

means for automatically dislodging the safety shield from covering the central opening upon movement of the mixing and supplemental containers to the post-mixed condition so to provide user access to the portion of the septum.

4. The vial of claim 2 wherein the septum includes a portion sized and positioned to lie within the central opening.

5. The vial of claim 4 wherein the portion of the septum includes a rim extending through the opening.

6. The vial of claim 5 further comprising a user-actuated septum shield movably mounted to the first housing for movement between a septum-exposed position and a septum-covered position, the rim of the septum contacting the septum shield when the shield is at the septum-covered position.

7. The vial of claim 6 wherein the septum shield is disk-shaped element rotatably mounted to the first housing.

8. The vial of claim 7 wherein the septum shield includes a cut-out which overlies the central opening when in the septum-exposed position.

9. The vial of claim 2 wherein the second rotary drive element includes a cup-shaped second housing within which the supplemental container is housed.

10. The vial of claim 1 wherein the breachable seal includes a resilient member having a through-bore, a recess in fluid communication with the through-bore and a valve insert positionable within the recess.

11. The vial of claim 1 wherein the first and second rotary locks include at least one opening associated with one of the first and second rotary drive elements, and at least one projection associated with the other of the first and second rotary drive elements and located to engage the at least one opening at one of the initial and final rotary orientations.

12. The vial of claim 11 wherein the rotary lock associated with said at least one projection includes means for resiliently biasing said projection into engagement with said at least one opening.

13. The vial of claim 1 wherein the first and second rotary locks include opening and projection means carried by the first and second rotary drive elements.

14. The vial of claim 1, wherein the mixing container is cylindrical and the supplemental container is cup shaped.

15. A controlled access mixing vial, for use with first and second pharmaceutical components, the second component being a liquid component, comprising:

a mixing container having first and second ends with openings at the first and second ends;

a septum mounted to and sealing the first end of the mixing container;

a breachable seal at the opening at the second end of the mixing container, the first component being within a mixing region between the seal and the septum;

a supplemental container;

the mixing and supplemental containers being coaxially translating containers with the second end of the mixing container sealably positioned within the supplemental container, the second component being within a variable volume region defined by the mixing and supplemental containers;

a first rotary drive element associated with and covering the first end of the mixing container, the first rotary drive element including a first housing having a central opening opposite the septurn;

a second rotary drive element associated with the supplemental container;

thread means for rotationally coupling the first and second rotary drive elements so that rotating the first and second drive elements in a first rotary direction from an initial rotary orientation to a final rotary orientation drives the mixing container into the supplemental container from a pre-mixed condition to a post-mixed condition to force the second component past the breachable seal and into the mixing region causing the first and second components to mix to create a mixed pharmaceutical;

a first rotary lock operably coupling the first and second rotary drive elements when in the initial rotary orientation and preventing rotary movement except in the first rotary direction when in the initial rotary orientation; and

a second rotary lock operably coupling the first and second drive elements when in the final rotary orientation and preventing any relative rotary movement therebetween when in the final rotary orientation;

a safety shield mounted to the first housing and covering the central opening;

means for automatically dislodging the safety shield from covering the central opening upon movement of the mixing and supplemental containers to the post-mixed condition so to provide user access to the portion of the septurn; and

a user-actuated septurn shield movably mounted to the first housing for movement between a septurn-exposed position and a septurn-covered position, the septurn shield including a cut-out which overlies the central opening when in the septurn-exposed position.