Fluid handling devices
Quick disconnect fluid coupling devices described herein. The fluid couplings are configured for use in fluid systems for the purpose of providing a low-spill quick disconnect coupling. The fluid couplings include portions that are pivotable in relation to each other to open and close a fluid pathway through the fluid couplings. Particular embodiments of these fluid coupling can be configured to improve medical fluid handling equipment because the fluid coupling devices can be connected and disconnected (e.g., multiple times) while minimizing fluid spillage.
1. A fluid handling device, comprising:
a first body portion defining a first lumen extending between a first port and a first aperture along a first axis;
a second body portion defining a second lumen extending between a second port and a second aperture along a second axis; and
a core member pivotably coupled with the second body portion,
wherein the first and second body portions are: (i) coupleable with each other and (ii) separable from each other,
wherein, while the first and second body portions are separated from each other, the first and second apertures are each occluded,
wherein, while the first and second body portions are coupled with each other, the fluid handling device is configurable in: (a) a first coupled configuration in which an open flow path is defined between the first and second ports and (b) a second coupled configuration in which the first and second apertures are each occluded, and
wherein the first and second body portions are pivotable in relation to each other about a central axis that is transverse to each of the first and second axes in order to reconfigure the fluid handling device between the first and second coupled configurations and to cause the core member to pivot in relation to each of the first and second body portions.
2. The fluid handling device of claim 1 , wherein an engagement mechanism between the first body portion and the core member limits how much the core member can pivot in relation to the first body portion.
3. The fluid handling device of claim 1 , wherein the core member defines a central lumen, and wherein the open flow path comprises the central lumen.
4. The fluid handling device of claim 3 , wherein the open flow path is linear and unobstructed.
5. The fluid handling device of claim 3 wherein, while the first and second body portions are separated from each other, each end of the central lumen is occluded by the second body portion.
6. The fluid handling device of claim 1 , wherein, while the first and second body portions are separated from each other, the first aperture is directly occluded by a shut off member that includes a sealing projection that releasably engages with the first aperture to establish a substantially fluid-tight seal there between.
7. The fluid handling device of claim 1 , wherein, while the first and second body portions are separated from each other, the second aperture is directly occluded by the core member.
8. The fluid handling device of claim 7 , wherein the second body portion further defines a third aperture.
9. The fluid handling device of claim 8 , wherein the third aperture forms a portion of the open flow path.
10. The fluid handling device of claim 9 , wherein while the first and second body portions are separated from each other, the third aperture is directly occluded by the core member.
11. The fluid handling device of claim 1 , wherein the first and second body portions are separable from each other by moving them along the central axis away from each other.
12. A fluid handling device, comprising:
a first body portion defining a first lumen extending between a first port and a first aperture along a first axis;
a second body portion defining: (i) a second port, (ii) a second aperture, (iii) a second lumen extending along a second axis between the second port and the second aperture, and (ii) a third aperture; and
a core member movably coupled with the second body portion, wherein the core member defines a central lumen,
wherein the first and second body portions are: (i) coupleable with each other and (ii) separable from each other,
wherein, while the first and second body portions are separated from each other, the first and second apertures are each occluded,
wherein, while the first and second body portions are coupled with each other, the fluid handling device is configurable in: (a) a first coupled configuration in which an open flow path is defined between the first and second ports and (b) a second coupled configuration in which the first and second apertures are each occluded,
wherein the open flow path comprises the central lumen defined by the core member,
wherein the first and second body portions are pivotable in relation to each other about a central axis that is transverse to each of the first and second axes in order to reconfigure the fluid handling device between the first and second coupled configurations, and
wherein, while the first and second body portions are separated from each other, the second aperture is directly occluded by the core member.
13. The fluid handling device of claim 12 , wherein the first and second body portions are separable from each other by moving them along the central axis away from each other.
14. The fluid handling device of claim 12 , wherein the open flow path is linear and unobstructed.
15. The fluid handling device of claim 12 , wherein, while the first and second body portions are separated from each other, each end of the central lumen is occluded by the second body portion.
16. A fluid handling device, comprising:
a first body portion defining a first lumen extending between a first port and a first aperture along a first axis; and
a second body portion defining a second lumen extending between a second port and a second aperture along a second axis,
wherein the first and second body portions are: (i) coupleable with each other and (ii) separable from each other,
wherein, while the first and second body portions are separated from each other, the first and second apertures are each occluded,
wherein, while the first and second body portions are coupled with each other, the fluid handling device is configurable in: (a) a first coupled configuration in which an open flow path is defined between the first and second ports and (b) a second coupled configuration in which the first and second apertures are each occluded,
wherein the first and second body portions are pivotable in relation to each other about a central axis that is transverse to each of the first and second axes in order to reconfigure the fluid handling device between the first and second coupled configurations, and
wherein the first and second body portions are separable from each other by moving them along the central axis away from each other.
17. The fluid handling device of claim 16 , further comprising a core member movably coupled with the second body portion, wherein the core member defines a central lumen, and wherein the open flow path comprises the central lumen.
18. The fluid handling device of claim 17 , wherein the open flow path is linear and unobstructed.
19. The fluid handling device of claim 17 , wherein, while the first and second body portions are separated from each other, each end of the central lumen is occluded by the second body portion.
20. The fluid handling device of claim 17 , wherein, the second body portion further defines a third aperture, wherein the third aperture forms a portion of the open flow path, and wherein while the first and second body portions are separated from each other, the third aperture is directly occluded by the core member.