[특허]Method and device for reducing the carbon dioxide content in a dead volume

Method and device for reducing the carbon dioxide content in a dead volume 원문보기

IPC분류정보
국가/구분	United States(US) Patent 등록
국제특허분류(IPC7판)	A62B-023/02
출원번호	UP-0578833 (2004-11-08)
등록번호	US-7814908 (2010-11-08)
우선권정보	SE-0303064(2003-11-19)
국제출원번호	PCT/SE2004/001613 (2004-11-08)
§371/§102 date	20060510 (20060510)
국제공개번호	WO05/049124 (2005-06-02)
발명자 / 주소	Psaros, Georgios
출원인 / 주소	Maquet Critical Care AB
대리인 / 주소	Schiff Hardin LLP
인용정보	피인용 횟수 : 28 인용 특허 : 9

초록 ▼

In a method and device for reducing the carbon dioxide content in a dead volume intended for connection to the respiratory system of a patient, and an anesthesia apparatus embodying such a device, a flow of gas is generated from an outlet associated with the dead volume and the gas is conducted through a carbon dioxide absorber, and the gas after passing through the carbon dioxide absorber is returned to an inlet associated with the dead volume.

대표청구항 ▼

I claim as my invention: 1. A method for reducing the carbon dioxide content in a dead volume in a breathing apparatus, comprising the steps of: respirating a patient with a gas supplied to the patient via a primary gas flow path containing a dead space into which carbon dioxide containing gas is exhaled by the patient that is re-breathed by the patient in a subsequent inhalation by the patient, said dead space having opposite first and second sides with said first side being closer to the patient than said second side; connecting a bypass path at respective bypass connections at said opposite sides of said dead space and generating a gas flow of said exhaled gas from said dead space through said bypass path from said second side to said first side and through a carbon dioxide absorber in said bypass path; and returning gas that has passed through the carbon dioxide absorber from the bypass path to said primary gas flow path at said first side of said dead space, with said gas that passed through said dead volume and said carbon dioxide absorber then being inhaled by said patient. 2. Method according to claim 1, comprising continuously generating the gas flow. 3. Method according to claim 1 comprising conducting the gas flow past a gas monitor for at least one of qualitative and qualitative determination of a partial component in the gas. 4. An anesthesia apparatus comprising: a primary gas flow path having a first end configured for gaseous connection to a ventilator and a second end configured to communicate with the respiratory system of a patient to be artificially respirated by said ventilator with gas containing an anesthetic, said primary gas flow path having a dead space therein in which carbon dioxide-containing gas exhaled by the patient is located that is re-breathed by the patient in a subsequent inhalation by the patient, said dead space having opposite first and second sides with said first side being closer to the patient than said second side; a reflector located in said dead space of said primary gas flow path between said first side of said dead space and said second side of said dead space, that absorbs and desorbs said anesthetic; a bypass outlet from said primary gas flow path located between said first end and said second side of said dead space, and a bypass inlet to said first gas flow path located between said second end and said first side of said dead space; a bypass flow path connected between said bypass outlet and said bypass inlet, that bypasses said dead space; a carbon dioxide absorber connected in said bypass flow path; a flow generator connected in said bypass flow path in series with said carbon dioxide absorber that conducts said gas from said bypass outlet through said carbon dioxide absorber to remove carbon dioxide from the exhaled gas in the dead space and returns gas after passing through said carbon dioxide absorber to said primary gas flow path via said bypass inlet for inhalation by said patient via said second end. 5. An anesthesia apparatus according to claim 4, comprising a gas monitor connected in series with the flow generator and the absorber for at least one of qualitative and quantitative determination of a partial component in the gas. 6. An anesthesia apparatus according to claim 4 comprising a gas conditioner connected in series with the flow generator and the absorber for conditioning of the flowing gas. 7. An anesthesia apparatus according to claim 6 wherein the gas conditioner is a gasifier for liquid anesthetic.

이 특허에 인용된 특허 (9)

Psaros Georgios,SEX ; Emtell Par,SEX, Anaesthetic delivery system.
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Tham Robert Q. (Madison WI) Homuth James R. (DeForest WI), Anesthesia system with CO₂ monitor to suppress CO₂ breakthrough.
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Cewers Goran (Lund SEX), Anesthetic administration system with active regulation of the volume of the gas reservoir during a breathing cycle.
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Kotliar Igor K., Apparatus for hypoxic training and therapy.
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Skog Goran,SEX, Device for flushing a deadspace in mechanical ventilation.
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Tham Robert Q. ; Keitel Todd ; Bathe Duncan P. L., Method and apparatus for controlling a medical anesthesia delivery system.
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Jonson Bjrn (Lund SEX) Olsson Sven-Gunnar (Arlv SEX), Method and device for reduction of rebreathing of gas from dead space.
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Westenskow ; Dwayne R. ; Johnson ; Curtis C., Oxygen and anesthesia delivery and monitoring device.
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Bliss Peter L. ; McCoy Robert W. ; Adams Alexander B., Tracheal gas insufflation system.
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이 특허를 인용한 특허 (28)

Schmidt, Klaus Michael; Roach, David Cecil; Wilfart, Florentin Michael, Anesthetic circuit having a hollow fiber membrane.
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Winter, David Phillip, Condensate vial of an exhalation module.
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Winter, David Phillip; Sanborn, Warren G., Exhalation valve assembly with integral flow sensor.
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Winter, David Phillip, Expiratory filter body of an exhalation module.
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Jafari, Mehdi M.; Jimenez, Rhomere S.; McCoy, Edward R.; Aviano, Jeffrey K., Flow rate compensation for transient thermal response of hot-wire anemometers.
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Jafari, Mehdi M.; Jimenez, Rhomere S.; McCoy, Edward R.; Aviano, Jeffrey K., Flow rate compensation for transient thermal response of hot-wire anemometers.
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MacCallum, Taber K., Gas reconditioning systems.
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MacCallum, Taber K., Gas reconditioning systems.
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Winter, David Phillip, Maintaining an exhalation valve sensor assembly.
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Jafari, Mehdi M.; Masic, Milenko; Jimenez, Rhomere S.; Aviano, Jeffrey K.; McCoy, Edward R., Methods and systems for adaptive base flow.
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Jafari, Mehdi M.; Masic, Milenko; Jimenez, Rhomere S.; Aviano, Jeffrey K.; McCoy, Edward R., Methods and systems for adaptive base flow and leak compensation.
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Masic, Milenko; Doyle, Peter; Kimm, Gardner, Methods and systems for exhalation control and trajectory optimization.
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Li, Kun; Arul, Periagounder; Sanchez, Gabriel, Minimizing imposed expiratory resistance of mechanical ventilator by optimizing exhalation valve control.
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Winter, David Phillip, Neonate expiratory filter assembly of an exhalation module.
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Andreiux, Claude, System and process for supplying respiratory gas under pressure or volumetrically.
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Costovici, Nicolas Anthony, System for heated gas insufflation in patients.
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Aguirre, Jose J.; Glenn, Gregory J.; Grant, Matthew Tyson; Duong, Billy, Ventilator console.
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Method and device for reducing the carbon dioxide content in a dead volume 원문보기

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