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Publication numberUS3509879 A
Publication typeGrant
Publication dateMay 5, 1970
Filing dateNov 24, 1967
Priority dateNov 24, 1967
Also published asDE6805649U
Publication numberUS 3509879 A, US 3509879A, US-A-3509879, US3509879 A, US3509879A
InventorsLouis N Bathish, Byron H Wickett
Original AssigneeAmerican Hospital Supply Corp
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Parenteral liquid container having frangible part structure
US 3509879 A
Abstract  available in
Previous page
Next page
Claims  available in
Description  (OCR text may contain errors)

May 5, 1970 L. N. BATHISH ETA!- 3,509,879


INVENTOR 100/5 11. Mill/5b 87 9011 ll INC/(ff ATTORNEY PARENTERAL LIQUID CONTAINER HAVING FRANGIBLE PART STRUCTURE Louis N. Bathish, La Crescenta, and Byron H. Wickett,

North Hollywood, 'Calif., assignors to American Hospital Supply Corporation, Evanston, Ill., a corporation of Illinois Filed Nov. 24, 1967, Ser. No. 685,574

Int. Cl. A61m /00 US. Cl. 128-214 5 Claims ABSTRACT OF THE DISCLOSURE This invention relates to an improved port structure for a flexible blood bag. Blood is often stored in flexible bags and these bags usually have a tubular connector spout for dispensing the blood. To remove blood from the bag, a sharp hollow spike is inserted through this spout and pierces a barrier membrane to give access to the blood.

This invention has to do with an improved construction for keeping this tubular spout sterile, particularly at its outer end where the spike is inserted. The invention includes in combination a tubular neck sealed to the bag, a tear-01f cap integrally sealed to an outer end of the tubular neck, and an external gripping flange on the tubular neck below the cap but spaced from the bag wall. Thus, an operator can wedge his fingers between the bag wall and the grasping flange as he rips off the cap to expose the tubular neck. This grasping flange keeps his' fingers well below the critical outer end of the tubular neck and gives him something to push against as the connecting spike is shoved into the tubular neck.

Perhaps this invention can be better understood With reference to the following drawings, in which:

FIGURE 1 is a front elevational view of the :blood bag with port structure;

FIGURE 2 is a cross-sectional view taken along line 2-2 of FIGURE 1 showing a first embodiment of the invention with the puncturable membrane being an integral part of the bag Wall;

FIGURE 3 is a cross-sectional view similar to FIG- URE 2, but rotated 90 about its longitudinal axis to show the laterally extending handle as it is used to tear apart the cap; and

FIGURE 4 is a cross-sectioal view similar to FIGURE 2, but showing a second embodiment of my invention with the puncturable membrane being an integral part of the tubular neck.

Taking up the specific structure of the invention, in FIGURE 1 we have a flexible blood bag 1 which has a port structure 2 at its upper end and has a hanger structure 3 at its bottom end for suspending the bag upside down when administering blood. On each side of the bag are circular loops 4, 5, 6 and 7 for holding small test tubes used in taking samples of blood for typing, cross matching, etc.

The port structure at the top of the bag includes a donor tube 8 with an attached needle assembly 9 for collecting blood in the bag and a plurality of tubular necks Patent 0 "ice 10 and 11 joined to the bag wall for dispensing blood from the bag.

The invention has to do with the construction of the tubular neck as seen in a first embodiment (FIGURES 2 and 3) and also in a second embodiment (FIGURE 4). In the first embodiment, the tubular neck is integrally joined to a base flange 12 at its bottom and this base flange is permanently sealed by a polyvinyl chloride solvent or by heat to the bag wall 13. The bag wall itself forms a puncturable membrane 14 closing off the neck passage 17 and the base flange aperture 15. Prior to puncture of the membrane 14 the blood is completely sealed in the bag, the blood having been collected through the donor tube 8 and the donor tube sealed 01f. When the bag is opened a cap-like closure 16 is removed and a hollow spike is pushed down through the neck passage 17 until it punctures membrane 14.

As the spike enters passage 17, a constriction 18 of the necks internal wall tightly seals the spike to the neck in a liquid-tight seal. A first wall section 19 of the neck converges inwardly from its top at a slight angle to the longitudinal axis of the neck passage and joins to a second wall section 20, which in turn converges inwardly at a steeper angle to the passages longitudinal axis, forming a constriction 18 at the second sections lower end. A third wall section 21 of the neck converges inwardly from a bottom end of the tubular neck toward the constriction. We have found that this wall construction surrounding the passage accepts various puncturing spikes, each of which has a different external diameter. For instance, spikes with diameters ranging from .200 inch to .240 inch have been used successfully in this neck passage construction.

As discussed above, a hollow spike is shoved into the passage until it ruptures the puncturable membrane. Therefore, it is of utmost importance to keep this passage and the spike sterile so the spike does not carry contaminating bacteria into the bag. In this invention the passage in the tubular neck is kept sterile by a tear-oil closure 16. The closure 16 has a top wall 22 and a depending skirt 23 that fits over an upper portion of the tubular neck and is permanently sealed to this neck. The skirt is divided into an upper portion 24 and a lower portion 25 integrally joined by a section with a peripheral groove 26. The skirt can be between .005 and .015 inch thick at the groove but is preferably about .010 inch thick. This groove 26 is at approximately the same level as the upper end of the tubular neck so tearing forces can be concentrated at the groove by the outer edge of the tubular neck.

When a nurse or physician is ready to open up the tubular neck, he places a thumb and forefinger of one hand under the laterally extending grasping flange 27 which is spaced below the closure groove 26 but above the base flange 12. With his other hand he grasps the laterally extending handle 28 and pulls upwardly, breaking the closure apart at the peripheral groove. Keeping one hand still below the grasping flange, he shoves the puncturing spike down through the neck passage until it punctures the membrane 14. Thus, the operators hand which holds the tubular neck is kept away from the critical upper end and mouth portion of the tubular neck, which are exposed after the closures upper portion has been removed.

In the above description of the first embodiment, we have referred to the rupturable membrane as being part of the bag wall. However, as shown in the second embodiment of FIGURE 4, this puncturalble membrane can be an integral web 29 across the passage of the tubular neck. In this latter embodiment, the tubular neck can be sealed directly between two layers of the bag material forming the bag walls and no base flange is needed.

1 The bag and port structure of our invention are made of plasticized polyvinyl chloride, but other medically acceptable thermoplastic materials could also be used.

We have described the invention in specific structural details. However, it is understood that persons skilled in the art can make certain modifications to these structural details without departing from the spirit and scope of the invention.

We claim:

1. In apparatus for storing and handling sterile parenteral liquids including a flexible, collapsible bag (1), a donor tube (8), and at least one port structure (2) integrally sealed to a Wall of the collapsible bag, the improvement comprising: said port structure including a rigid, tubular neck (11) having a longitudinal passage (17) and a transverse, puncturable membrane (14 or 29) thereacross,

said neck including intermediate its end, an external shoulder (27) projecting laterally above an external reduced. in cross section portion therebelow and spaced above said collapsible bag for conveniently receiving a users fingers to promote a firm grasp thereat and to prevent a users fingers from moving thereabove, the transverse Wall structure of said neck being substantially thicker than the bag wall to which said port is sealed; and

a closure (16) permanently and hermetically sealed to the tubular neck above said shoulder,

said closure including a top Wall portion having an integral handle (28) projecting laterally therefrom, said closure including a frangible section (26) defining upper and lower portions,

the upper portion of said closure being integral With said handle whereby said rigid tube provides a rigid base against which said upper closure portion can be manually severed, and in which said shoulder maintains the sterile integrity of the neck by maintaining a grasped users fingers below the severed closure during removal of the upper portion and insertion of a donor tube spike.

2. The structure as claimed in claim 1 in Which said tubular neck has an upper edge substantially coplanar with said frangible section of said closure and substantially above the intermediate shoulder.

3. The structure as claimed in claim 2 in which said tubular neck includes an upper, reduced diameter portion above said shoulder, said closure being telescopically sealed on said upper reduced diameter portion and defining an annular collar below said frangible section.

4. The structure as claimed in claim 1 in which said puncturable membrane comprises a portion of said collapsible bag.

5. The structure as claimed in claim 1 in which said membrane comprises a seal integral with said tubular neck and extending intermediately of said neck passage above said bag Wall;

References Cited UNITED STATES PATENTS 1,475,908 11/1923 Walsh 215-42 3,030,955 4/1962 Gossett et al 128-272 3,105,613 10/1963 Barton et a1 128272 X 3,205,889 9/1965 Alder et al. 128272 3,209,752 10/1965 Bujan et al. 128214 X 3,394,831 7/1968 Bathish et a1. 128272 X 3,407,957 10/ 1968 Robinson 215--42 FOREIGN PATENTS 639,037 5/1962 Italy.

DALTON L. TRULUCK, Primary Examiner U.S. Cl. X.R.

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U.S. Classification604/408, 220/266, 215/42, 215/48
International ClassificationA61J1/00, C08L77/00, A61J1/05
Cooperative ClassificationC08L77/00, A61J1/10
European ClassificationC08L77/00, A61J1/10