Granted Patent B2

US 10,520,123 · App. 15/552,910 · Granted Dec 31, 2019

Inventors: Lambertus Gerardus Petrus Van Der Heijden (Bunnik, NL); Jasper de Vries (Utrecht, NL); Victor Laurentius Maria Driever (Rotterdam, NL)

Assignee: Diversey, Inc.

F16L37/34B67D1/0832F16L37/36F16L37/35

Abstract

Claims (43)

1. An interconnector system for coupling a first hollow body to a second hollow body to allow fluid communication between the first and second hollow bodies, comprising:

(A) a valve interconnector comprising:

(i) a neck having an internal surface and an external surface, the internal surface defining a longitudinal passageway through the neck, the neck having an internal end for coupling and an external end for securing the first hollow body to the valve interconnector;

(ii) a valve assembly inside the longitudinal passageway through the neck, the valve assembly comprising a valve head, a valve stem, and a valve retainer, the valve head being biased away from the valve retainer and toward a valve seat inward of the valve head, the valve head being moveable from a closed position to an open position;

(iii) a retention flange extending radially outward from the neck;

(B) a hollow receiver interconnector comprising:

(iv) a housing comprising a base member and an axial extension projecting from the base member, the housing having an internal surface for receiving the valve interconnector;

(v) a hollow post having a closed internal valve-contact end, an open external end, and an internal longitudinal passageway therethrough, the longitudinal passageway extending from the open external end to the closed valve-contact end, with at least an internal portion of the hollow post being inside the housing, with the hollow post or the housing providing a surface for attachment to the second hollow body, the hollow post being in a fixed position relative to the housing, the hollow post having at least one radial passageway through a wall thereof, with the internal portion of the hollow post providing an external first sealing surface between the closed end of the hollow post and the radial passageway through the wall of the hollow post, and the hollow post providing an external second sealing surface outward of the radial passageway through the wall of the hollow post;

(vi) a slidable retainer/seal sleeve inside the housing, the retainer/seal sleeve having a head portion extending around the hollow post, the head portion providing an inner sealing surface, the retainer/seal sleeve being slidable along the hollow post from an uncoupled position to a coupled position, the retainer/seal sleeve further comprising a valve retention surface;

wherein with the interconnectors in an uncoupled configuration: (a) the valve head is in the closed position with the valve head being held in biased contact with the valve seat, and (b) the retainer/seal sleeve is in the uncoupled position with the inner sealing surface of the retainer/seal sleeve covering the first and second sealing surfaces on the hollow post to seal closed the radial passageway thorough the wall in the hollow post; and

wherein with the interconnectors in a coupled configuration: (a′) the valve head is in the open position with the valve head being separated from the valve seat and held in the open position by the closed end of the hollow post and (b′) the retainer/seal sleeve is in the coupled position leaving open the radial passageway through the wall of the hollow post, and the valve retention surface engaging the retention flange of the valve interconnector to retain the valve interconnector within the retainer/seal sleeve while the interconnectors are coupled to one another.

2. The interconnector system according to claim 1 , wherein:

the internal surface of the housing comprises a decoupling notch, and the slidable retainer/seal sleeve comprises a head portion and at least two axially extending flexible flap members, each flap member extending axially toward the receiving end of the housing, each flap member having an inner locking lug and outer locking lug, and

with the interconnectors in an uncoupled configuration the outer locking lug of each of the flap members is positioned in the decoupling notch in the receiver housing; and

with the interconnectors in a coupled configuration the inner locking lugs of the flap members contact the radial retention surface of the retention flange to retain the valve interconnector inside the receiver interconnector.

3. The interconnector system according to claim 2 , further comprising a releasable seal sleeve retention member biased toward the head portion of the seal sleeve/retention member, the releasable seal sleeve/retention member engaging the seal sleeve when the seal sleeve is in the coupled position, so that axial movement of the seal sleeve/retention member is prevented by the releasable seal sleeve retention member while the valve interconnector is coupled to the receiver interconnector, the seal sleeve retention member being manually releasable to allow the receiver interconnector to be decoupled from the receiver interconnector.

4. The interconnector system according to claim 2 , wherein the receiver housing has a radial surface which contacts the seal sleeve/retention member when the seal sleeve/retention member is in the uncoupled position, to prevent the head portion of the seal sleeve/retention member from sliding off the closed end of the hollow post.

5. The interconnector system according to claim 1 , wherein

the retention flange on the valve interconnector is a first flange extending from the neck, with the neck further comprising a second flange extending therefrom, the second flange being spaced apart from the first flange;

the housing base member and the axial extension projecting from the base member together provide a recess for receiving the valve interconnector, with the recess terminating in a transverse mounting plate, with the hollow post mounted in the transverse mounting plate, the hollow post extending into the recess;

the receiver interconnector further comprises rotatable elevator member rotatably secured around an outer surface of the axial extension of the base member, the rotatable elevator member comprising an arcuate axial wall having a top edge contacting a surface of the housing from which the outer surface of the axial extension extends, the rotatable elevator member further comprising a radial projection extending outward from the arcuate axial wall, the radial projection having a manually-actuatable rotation tab extending therefrom, with the arcuate axial wall having a helical guideway therein;

the slidable retainer/seal sleeve comprises an assembly of a seal sleeve component and a retainer component, with the seal sleeve component and the retainer component being secured to one another so that they remain in a fixed relationship relative to one another with the interconnector system in the coupled configuration and with the interconnector system in the uncoupled configuration, with the retainer component being radially open for receiving the valve interconnector, the retainer component having a plurality of axial guides each of which slides in an axial direction within a corresponding axial recess in the axial extension of the base member, with at least one of the guides having a radial elevator protrusion extending outward therefrom, which pin is positioned to slide within the helical guideway in the elevator member as the elevator member is rotated, with the retainer comprising a retention and movement key having upper and lower radial surfaces which fit between the first and second flanges of the valve interconnector.

6. The interconnector system according to claim 5 , wherein the housing further comprises a housing adapter fixedly secured to the housing, with the housing having an internal surface for receiving the slidable retainer/seal sleeve, and the housing adapter having an internal surface for receiving the valve interconnector.

7. The interconnector system according to claim 1 , wherein the valve interconnector further comprises a base cap secured to the neck, the base cap comprising:

(a) a radially extending base cap head portion covering the internal end of the neck,

(b) an axially extending base cap exterior tube portion covering a portion of the exterior surface of the neck, and

(c) an axially extending base cap interior tube portion extending into the primary longitudinal passageway through the neck, the interior tube portion having an end providing the valve seat; and

wherein the valve assembly further comprises a valve stem extending from the valve head with the valve stem slidably positioned within a valve stem passageway through a liquid permeable valve retainer, the valve retainer being secured to the interior tube portion of the base cap.

8. The interconnector system according to claim 7 , wherein the housing of the receiver interconnector is colored, and the valve interconnector further comprises a coded ring covering at least a portion of an external surface of the base cap and secured to the base cap, the coded ring having a color matching the color of the housing.

9. The interconnector system according to claim 8 , wherein:

the coded ring further comprises a plurality of radial keys protruding therefrom, and the housing has an internal surface comprising a corresponding plurality of radially-extending keyways, with each of the plurality of radially-extending keys extending from the coded ring being sized and positioned for mating engagement with the corresponding plurality of radial keyways in the housing upon coupling the valve interconnector with the receiver interconnector; and

the coded ring has an outward edge comprising a plurality of axially-extending alignment lugs, and the coupling retention flange has a corresponding plurality of axially extending alignment channels, with the plurality of axially-extending lugs on the colored ring being sized and positioned for insertion into the corresponding plurality of axially-extending channels in the retention flange.

10. The interconnector system according to claim 8 , wherein:

the coded ring further comprises a ring head portion, with the ring head portion comprising an axial key, with the axial key being inward of the head of the base cap, with the inward surface of the seal sleeve portion of the seal sleeve/retainer having an axial keyway within which the axial key is positioned with the interconnectors being in the coupled configuration.

11. The interconnector system according to claim 1 , wherein the valve head is biased toward the valve seat by a spring inside the valve retainer, the spring being around the valve stem, the spring allowing the valve head and valve stem to slide within the valve retainer while the valve head is biased toward the valve seat.

12. The interconnector system according to claim 1 , wherein the valve interconnector further comprises a resilient sealing ring inside the interior tube portion of the base cap which limits or prevents expansion of the sealing ring in the radial direction away from the hollow post to provide a leak-proof connection between the valve interconnector and the hollow post when the valve interconnector is coupled to the receiver interconnector and the resilient sealing ring is axially compressed.

13. The interconnector system according to claim 1 , further comprising a flow restrictor.

14. The interconnector system according to claim 1 , wherein the valve interconnector or the receiver interconnector further comprises a sensor activated by coupling the valve interconnector with the receiver interconnector.

15. The interconnector system according to claim 1 , wherein the valve interconnector or the receiver interconnector further comprises an optical cell to indicate when a container is empty.

16. The interconnector system according to claim 1 , comprising at least two radial passageways through the post wall of the hollow post.

17. The interconnector system according to claim 1 , further comprising a bonding member on the external end of the neck of the valve interconnector, the bonding member having an outer bonding surface for attaching the first hollow body to the valve interconnector.

18. The interconnector system according to claim 1 , wherein one of the interconnectors is connected to a hollow container containing a liquid chemical concentrate and the other interconnector is connected to a tube.

19. The interconnector system according to claim 1 , wherein the receiver interconnector is mounted in a fixed position on a support member.

Assignments (13)

Continuity (2)