초록 ▼

A system for filling a portable cylinder with therapeutic gas, and providing therapeutic gas to a patient. Therapeutic gas delivery to a patient may be through a conserver, or may be in a continuous mode. Some embodiments of the invention may test the contents of the portable cylinder prior to fill

A system for filling a portable cylinder with therapeutic gas, and providing therapeutic gas to a patient. Therapeutic gas delivery to a patient may be through a conserver, or may be in a continuous mode. Some embodiments of the invention may test the contents of the portable cylinder prior to filling. The specification also discloses a silent mode of operation where therapeutic gas is provided from the system by means of internal and/or external cylinders.

대표청구항 ▼

What is claimed is: 1. A method comprising: compressing a stream of low-pressure therapeutic gas to form a compressed therapeutic gas stream of sufficient pressure to fill a cylinder; providing a first portion of the compressed therapeutic gas stream to fill a cylinder; and concurrently providing a

What is claimed is: 1. A method comprising: compressing a stream of low-pressure therapeutic gas to form a compressed therapeutic gas stream of sufficient pressure to fill a cylinder; providing a first portion of the compressed therapeutic gas stream to fill a cylinder; and concurrently providing a second portion of the compressed therapeutic gas stream to a patient as a bolus of therapeutic gas. 2. The method as defined in claim 1 further comprising, prior to compressing step and the providing steps, testing gas within the cylinder. 3. The method as defined in claim 2 wherein testing gas within the cylinder further comprises measuring the oxygen content of gas within die cylinder. 4. The method as defined in claim 2 wherein testing gas within the cylinder further comprises measuring the density of the gas within the cylinder. 5. The method as defined in claim 4 wherein testing the gas within the cylinder further comprises measuring the oxygen content of the gas within the cylinder. 6. The method as defined in claim 2 further comprising refraining from filling the cylinder if the gas within the cylinder contains contaminants. 7. The method as defined in claim 2 further comprising setting a volume of the bolus of therapeutic gas based on a sensed setting for a continuous flow of Therapeutic gas through a flow meter. 8. The method as defined in claim 1 further comprising, concurrently with the compressing, generating the stream of low-pressure therapeutic gas. 9. A system comprising; a compressor operable to increase pressure of therapeutic gas provided at an inlet of the compressor to create a compressed therapeutic gas stream of greater than 2000 pounds per square inch (PSI); a cylinder coupled to the compressed therapeutic gas stream; and a conserver coupled to the compressed Therapeutic gas stream, the conserver operable to deliver a bolus of therapeutic gas during inhalation of a patient; wherein the system is operable to provide therapeutic gas from the cylinder when the compressor is not in operation; and wherein the system is operable to provide Therapeutic gas to the cylinder while providing therapeutic gas to The patient through the conserver. 10. The system as defined in claim 9 further comprising an oxygen concentrator coupled to the compressor, the oxygen concentrator operable to provide therapeutic gas to The compressor. 11. The system as defined in claim 10 wherein the oxygen concentrator further comprises a pressure swing absorption system. 12. The system as defined in claim 9 further comprising a connector operable to selectively couple the cylinder to the system. 13. The system as defined in claim 12 wherein the cylinder is a portable cylinder. 14. The system as defined in claim 9 wherein the cylinder is internal to the system. 15. The system as defined in claim 14 further comprising a portable cylinder coupled to the compressed therapeutic gas stream, and wherein the system is operable to provide Therapeutic gas from the cylinder and the portable cylinder when the compressor is not in operation. 16. The system as defined in claim 9 wherein the compressor further comprises an intensifier. 17. An apparatus comprising: an intensifier operable to take therapeutic gas at a first pressure and increase the pressure of the therapeutic gas to a second pressure, higher than the first pressure; a fill port fluidly coupled to the therapeutic gas at the second pressure, the fill port operable to selectively couple a cylinder to he filled with therapeutic gas; a gas sense device coupled to the therapeutic gas at the second pressure, the gas sense device operable to detect content of gas within the cylinder prior to filling. 18. The apparatus as defined in claim 17 wherein the gas sense device further comprises an oxygen-specific sensor. 19. The apparatus as defined in claim 17 wherein the gas sense device further comprises a density sensor. 20. The apparatus as defined in claim 19 wherein the gas sense device further comprises an oxygen-specific sensor. 21. A trans-fill system comprising: a compressor operable to increase pressure of therapeutic gas to create a compressed therapeutic gas stream having sufficient pressure to fill a cylinder; a conserver coupled to the compressed therapeutic gas stream, the conserver operable to deliver a bolus of therapeutic gas during inhalation of a patient; and a cylinder connector operable to couple a portable cylinder to the compressed therapeutic gas stream; wherein the trans-fill system is operable to provide therapeutic gas to the cylinder connector to fill the portable cylinder while providing therapeutic gas to the patient through the conserver. 22. The trans-fill system as defined in claim 21 wherein the pressure of the compressed therapeutic gas stream is above 40 PSI. 23. The trans-fill system as defined in claim 22 wherein the pressure of the compressed therapeutic gas stream is approximately 2200 PSI. 24. A trans-fill system comprising: an oxygen concentrator comprising a first compressor that creates therapeutic gas; a second compressor fluidly coupled to the oxygen concentrator that increases pressure of therapeutic gas to create a compressed therapeutic gas stream; a conserver coupled to the compressed therapeutic gas stream, the conserver operable to deliver a bolus of therapeutic gas during inhalation of a patient; and a cylinder connector operable to couple a portable cylinder to the compressed therapeutic gas stream; wherein the trans-fill system is operable to provide therapeutic gas to the cylinder connector to fill the portable cylinder while providing therapeutic gas to the patient through the conserver. 25. The trans-fill system as defined in claim 24 further comprising: a gas sense device fluidly coupled to die cylinder connector, the gas sense device operable to detect purity of therapeutic gas; and wherein the trans-fill system is operable to allow a portion of the gas within a connected portable cylinder to flow to the gas sense device, and wherein the trans-fill system refrains from filling the connected portable cylinder if the purity of the gas in the bottle, as determined by the gas sense device, falls below a predetermined threshold. 26. A system comprising: a compressor operable to increase pressure of oxygen-enriched gas provided at an inlet of the compressor to create a compressed therapeutic gas stream; a portable cylinder fill port coupled to the compressed therapeutic gas stream; and an internal cylinder coupled to the compressed therapeutic gas stream and the cylinder fill port, wherein the internal cylinder has sufficient volume to fill a portable cylinder; wherein the system is operable to fill the portable cylinder, at least in part, from therapeutic gas from the internal cylinder. 27. The system as defined in claim 26 wherein the system is operable to fill the portable cylinder with therapeutic gas from the internal cylinder when the compressor is not in operation. 28. The system as defined in clam 26 further comprising a conserver coupled to the compressed therapeutic gas stream, the conserver operable to deliver a bolus of therapeutic gas during inhalation of a patient, wherein the system is operable to provide therapeutic gas to the internal cylinder while providing therapeutic gas to the patient through the conserver. 29. The trans-fill system as defined in claim 21 further comprising an oxygen source fluidly coupled to the compressor, wherein the oxygen source is operable to provide therapeutic gas to the compressor. 30. A system comprising: a compressor operable to increase pressure of therapeutic gas provided at an inlet of the compressor to create compressed therapeutic gas of greater than 2000 pounds per square inch (PSI); a cylinder fluidly coupled to the compressed therapeutic gas; and a conserver fluidly coupled to the compressed therapeutic gas, the conserver operable to deliver a bolus of therapeutic gas during inhalation of a patient; wherein the system is operable to provide therapeutic gas from the cylinder when the compressor is not in operation; and wherein the system is operable to provide therapeutic gas to the cylinder while providing therapeutic gas to the patient through the conserver. 31. The system as defined in claim 30 wherein the cylinder is a portable cylinder.