초록 ▼

A clean in place gassing manifold comprises a gassing module comprising a hub, the gassing module and the hub being formed as a unitary device; and a complimentary clean in place module for coupling the gassing module, the complimentary clean in place module comprising a head that inserts into the h

A clean in place gassing manifold comprises a gassing module comprising a hub, the gassing module and the hub being formed as a unitary device; and a complimentary clean in place module for coupling the gassing module, the complimentary clean in place module comprising a head that inserts into the hub of the gassing module. The gassing module coupled with the complimentary clean in place module allow a cleaning solution to be pumped through the coupled modules at and above a minimum flow rate and a minimum velocity for effective cleaning.

대표청구항 ▼

What is claimed is: 1. A clean in place gassing manifold, comprising: a gassing module operable to add a propellant gas to a spray can, the gassing module including a hub configured to receive a nozzle of the spray can, the hub including a seal configured to seal the hub to the nozzle when the nozz

What is claimed is: 1. A clean in place gassing manifold, comprising: a gassing module operable to add a propellant gas to a spray can, the gassing module including a hub configured to receive a nozzle of the spray can, the hub including a seal configured to seal the hub to the nozzle when the nozzle is received in the hub; and a complementary clean in place module operable to engage the gassing module, the complementary clean in place module including a head configured to be inserted in the hub so that the hub is sealed to the head by the seal, wherein the head is configured to receive a cleaning fluid injected through the gassing module to at least partially clean the gassing module. 2. The clean in place gassing manifold of claim 1, further comprising a supporting structure configured to support the gassing module and a sanitary clamp configured to attach the gassing module to the supporting structure. 3. The clean in place gassing manifold of claim 1, wherein a microbiological count of less than 5,000 is found within any portion of the gassing module after the cleaning fluid is injected through the gassing module. 4. The clean in place gassing manifold of claim 1, wherein the gassing module further comprises a flow tube configured to provide a supply of propellant gas to the hub. 5. The clean in place gassing manifold of claim 4, wherein the hub further comprises a hub gap, the hub gap configured to receive the nozzle of the spray can when the nozzle is inserted in the hub and the head when the head is inserted in the hub, the hub gap including the seal. 6. The clean in place gassing manifold of claim 5, further comprising a hub conduit configured to port the flow tube to the hub gap. 7. The clean in place gassing manifold of claim 6, wherein the seal comprises an O-ring. 8. The clean in place gassing manifold of claim 7, wherein an enclosed two-dimensional surface of the hub gap above the O-ring has an area equal to an area of the hub conduit to maintain a flow rate of the cleaning fluid through the hub. 9. The clean in place gassing manifold of claim 8, wherein the gassing module comprises sixteen hubs and two valves. 10. The clean in place gassing manifold of claim 9, further comprising: the gassing module comprising, a flow tube having a diameter of about 0.4 inches to about 0.6 inches, the hub conduit having a diameter of about 0.12 inches to about 0.25 inches, and the clean in place module comprising, the head having a diameter of about 0.3 inches to about 0.4 inches, and a receptacle tube having a diameter of about 0.31 inches to about 0.5 inches; and a cleaning solution pumped at about 20 pounds per square inch to about 60 pounds per square inch through the coupled modules, wherein the cleaning solution maintains a flow rate of at least 5 feet per second.