An apparatus for heating a volatile medium is provided. The apparatus of the invention includes a base and a rotatable lens positioned above the base. The rotatable lens rotates independently of the base in the direction of a light source. The lens is positioned such that a focal point of a lens is
An apparatus for heating a volatile medium is provided. The apparatus of the invention includes a base and a rotatable lens positioned above the base. The rotatable lens rotates independently of the base in the direction of a light source. The lens is positioned such that a focal point of a lens is focused on the volatile medium. The heat generated by focusing the light in this manner vaporizes the volatile medium and releases the medium into the surrounding atmosphere in a continuous manner.
대표청구항▼
An apparatus for heating a volatile medium is provided. The apparatus of the invention includes a base and a rotatable lens positioned above the base. The rotatable lens rotates independently of the base in the direction of a light source. The lens is positioned such that a focal point of a lens is
An apparatus for heating a volatile medium is provided. The apparatus of the invention includes a base and a rotatable lens positioned above the base. The rotatable lens rotates independently of the base in the direction of a light source. The lens is positioned such that a focal point of a lens is focused on the volatile medium. The heat generated by focusing the light in this manner vaporizes the volatile medium and releases the medium into the surrounding atmosphere in a continuous manner. roxemic Treatment of Postischemic Myocardium, (Abstract/Poster TCT-262), The American Journal of Cardiology, Sep. 1997. Spears et al., "Aqueous Oxygen--A Highly O2-Supersaturated Infusate for Regional Correction of Hypoxemia and Production of Hyperoxemia," Circulation, vol. 96, No. 12, pp. 4385-4391, Dec. 16, 1997. Spears et al., "Hyperoxemic Perfusion with Aqueous Oxygen Improves LV Function During Experimental Ml-Reperfusion," (Abstract 2038), Circulation, vol. 96, Abstracts from the 70thScientific Sessions, Supplement I, pp. I-364-I-365, 1997. Spears et al., "Hyperoxemic Reperfusion With Aqueous Oxygen Improves Left Ventricular Function and Microvascular Flow in the Postischemic Canine Myocardium," (Abstract 1185-127), JACC, vol. 31 (Suppl. A) p. 449A, Feb. 1998. Spears et al., "Intraaortic Infusion of Oxygen in a Rabbit Model," (Abstracts/Poster 1014-155), JACC, vol. 29, Suppl. A, pp. 317A-318A, Feb. 1997. Spears et al., "Myocardial Protection With a Perfusion Guidewire During Balloon Angioplasty in a Canine Model,"(Abstracts/Poster 1032-30), JACC, vol. 27, Suppl. A. p. 392A, Feb. 1996. Spears et al., "Potential Intravascular Oxygenation with Oxygen Clathrate Hydrate," (Abstract 388), Abstracts From the 65thScientific Sessions, Circulation, vol. 80, Suppl. I, p. I-97, 1992. Spears et al., "Subselective Intracoronary Aqueous Oxygen Hyperoxemic Reperfusion After One Hour Coronary Occlusion in Swine Restores Left Ventricular Function," (Abstracts/Poster 1124-165), JACC, vol. 33, Suppl. A, p. 357A, Feb. 1999. Spears, "Advances in the Management of Respiratory Failure--Aqueous Preparations of Oxygen," American Society for Artificial Internal Organs, Inc., vol. 42, No. 3, May-Jun., 1996. Stroev et al., "Supersaturated fluorocarbon as an oxygen source," Physiological and Clinical Aspects of Oxygenator Desing, Elsevier North-Holland Biomedical Press, pp. 129-139, Luxembourg, 1976. Sueda et al., "Evaluation of Two New Liquid-Liquid Oxygenators," ASAIO Journal, pp. 923-928, 1993. Yusof et al., "Assessment of the Safety and Efficacy of Supersaturated Oxygen Solution: A Novel Method of Reducing Myocardial Ischaemia in PTCA," (Abstracts/Poster TCT-276), Amer. J. Cardiology, p. 100S, Oct. 8, 1998.
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