Liquified gas dry-cleaning machine with convertible installation configuration

• US 6,334,340 B1
• Filed: 10/08/1999
• Issued: 01/01/2002
• Est. Priority Date: 10/08/1999
• Status: Expired due to Term

• Current Assignee: Alliance Laundry Systems LLC
• Original Assignee: Alliance Laundry Systems LLC
• Inventors: Kegler, Andrew F., Harris, Stephen L., Malchow, Gregory L.
• Primary Examiner(s): Stinson, Frankie L.
• Application Number:
  US09/415,906
• Time in Patent Office: 816 Days
• Field of Search: 68/18.C, 68/18.F, 68/18.R, 68/13.R, 814/9, 814/8
• US Class Current: 68/18.00R
• CPC Class Codes: D06F 43/00 Dry-cleaning apparatus or methods using volatile solvents D06F9/00 - D06F41/00 take precedence

Abstract

A liquified gas dry cleaning system is provided which includes a cleaning vessel for containing a pressurized cleaning fluid and a storage tank for receiving and storing a cleaning fluid supply. The system also includes a cleaning fluid recovery still for separating contaminants from the cleaning fluid along with a filtration system for filtering contaminants from the cleaning fluid. A purge tank for receiving gaseous cleaning fluid which is in fluid communication with the cleaning vessel is also provided. The cleaning vessel, storage tank, purge tank, solvent recovery still and filtration system are arranged in a plurality of modules. The modules are in fluid communication with each other through a fluid line for carrying liquified cleaning fluid and a gas line for carrying gaseous cleaning fluid. The fluid line and gas line each include a respective junction for permitting separation of the modules. The fluid line junction and the gas line junction are disposed and configured such that the modules can be assembled in different configurations without any requiring any rerouting of the liquid and gas lines.

Claims

1. A liquified gas dry cleaning system comprising:

a cleaning vessel for containing a pressurized cleaning fluid,

a storage tank for receiving and storing a cleaning fluid supply,

a cleaning fluid recovery still for separating contaminants from the cleaning fluid,

a filtration system for filtering contaminants from the cleaning fluid, and

said cleaning vessel, storage tank, solvent recovery still and filtration system are arranged in a plurality of modules, a liquified gas cleaning fluid line being provided to circulate cleaning fluid between separate of said modules, the liquified gas cleaning fluid line including a releasably connectable junction for permitting separation and connection of the liquified gas line and thereby the modules, said junction being arranged and configured such that the liquified gas cleaning fluid line can be releasably connected with the modules in adjacent relation in a plurality of different configurations without rerouting or otherwise altering the liquified gas cleaning fluid line or the modules.

2. The dry cleaning system of claim 1 wherein the cleaning vessel, storage tank, solvent recovery still and filtration system are arranged in first and second modules.

3. A liquified gas dry cleaning system comprising:

a cleaning vessel for containing a pressurized cleaning fluid,

a storage tank for receiving and storing a cleaning fluid supply,

a cleaning fluid recovery still for separating contaminants from the cleaning fluid,

a filtration system for filtering contaminants from the cleaning fluid, and

said cleaning vessel, storage tank, solvent recovery still and filtration system being arranged in a plurality of modules including first and second modules, a liquid cleaning fluid line being provided to circulate cleaning fluid between said first and second modules, the liquid fluid line including a junction for permitting separation and connection of the liquid fluid line and thereby the modules, and the junction being arranged and configured such that the liquid fluid line can be connected with said first and second modules arranged in side-to-side location or one behind the other without rerouting the liquid fluid line.

4. The dry cleaning system of claim 3 wherein the cleaning vessel is arranged in the first module and the storage tank and solvent recovery still are arranged in the second module.

5. The dry cleaning system of claim 4 further including a purge tank in fluid communication with the cleaning vessel for receiving gaseous cleaning fluid and wherein the filtration system is arranged in the first module and the purge tank is arranged in the second module.

6. The dry cleaning system of claim 3 wherein the liquid fluid line junction is configured as a horizontally extending flange connection.

7. The dry cleaning system of claim 6 wherein the liquid line junction is arranged in the first module.

8. The dry cleaning system of claim 7 wherein the liquid line junction is arranged such that it is spaced equidistant from a side of the first module and a back of the first module.

9. The dry cleaning system of claim 8 wherein the liquid line junction is arranged such that it is spaced from the side and back of the first module frame a distance equal to the length of the portion of the liquid line extending between the perimeter of the second module and the liquid line junction.

10. A liquified gas dry cleaning system comprising:

a cleaning vessel for containing a pressurized cleaning fluid,

a storage tank for receiving and storing a cleaning fluid supply,

a cleaning fluid recovery still for separating contaminants from the cleaning fluid,

a filtration system for filtering contaminants from the cleaning fluid,

said cleaning vessel, storage tank, solvent recovery still and filtration system are arranged in a plurality of modules, a liquid line being provided to circulate liquid cleaning fluid between separate of said modules, the liquid line including a junction for permitting separation and connection of the liquid line and thereby the modules, the junction being arranged and configured such that the liquid line can be connected with the modules in adjacent relation in a plurality of different configurations without rerouting of the liquid line, and

a gas line for circulating gaseous cleaning fluid between separate of said modules, the gas line including a junction for permitting separation and connection of the gas line, and the gas line junction being arranged and configured such that the gas line can be connected with the modules in adjacent relation in a plurality of different configurations without rerouting of the gas line.

11. The dry cleaning system of claim 10 wherein the cleaning vessel, storage tank, solvent recovery still and filtration system are arranged in first and second modules, and said gas and liquid line junctions are arranged such that the gas line and the liquid line can be connected with the first and second modules arranged side-to-side or one behind the other without rerouting of the liquid and gas lines.

12. The dry cleaning system of claim 11 wherein the gas line junction is configured as a horizontal flange connection.

13. The dry cleaning system of claim 12 wherein the gas line junction is arranged in the first module.

14. The dry cleaning system of claim 13 wherein the gas line junction is arranged such that it is spaced equidistant from a side of the first module and a back of the first module.

15. The dry cleaning system of claim 14 wherein the gas line junction is arranged such that it is spaced from the side and back of the first module frame a distance equal to the length of the portion of the gas line extending between the perimeter of the second module and the gas line junction.

16. The dry cleaning system according to claim 11 wherein the gas line junction and the liquid line junction are arranged in the first module.

17. The dry cleaning system according to claim 16 wherein the gas line junction and the liquid line junction are arranged along a common vertically extending axis.