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A cartridge for use on a medical apparatus is provided and includes a body having a proximal chamber and a distal chamber. An antimicrobial agent is disposed in one of the distal or proximal chambers. A port is located on the body and communicates with the chamber in which the antimicrobial agent is

A cartridge for use on a medical apparatus is provided and includes a body having a proximal chamber and a distal chamber. An antimicrobial agent is disposed in one of the distal or proximal chambers. A port is located on the body and communicates with the chamber in which the antimicrobial agent is disposed. In another embodiment, another port is located in the other chamber. Also, a respiratory suction apparatus is provided that is fitted with a cartridge mentioned above.

대표청구항 ▼

A cartridge for use on a medical apparatus is provided and includes a body having a proximal chamber and a distal chamber. An antimicrobial agent is disposed in one of the distal or proximal chambers. A port is located on the body and communicates with the chamber in which the antimicrobial agent is

A cartridge for use on a medical apparatus is provided and includes a body having a proximal chamber and a distal chamber. An antimicrobial agent is disposed in one of the distal or proximal chambers. A port is located on the body and communicates with the chamber in which the antimicrobial agent is disposed. In another embodiment, another port is located in the other chamber. Also, a respiratory suction apparatus is provided that is fitted with a cartridge mentioned above. said collimator comprises a front sight, which is provided upward and outward on a front side of said blowpipe, and a rear sight, which is provided upward and outward on a base side of said blowpipe. 3. The blowgun set forth in claim 1, wherein: said blowpipe comprises a plurality of blowpipe members, which are connected by a connection member; and said blowpipe can be disassembled by removing said connection member. 4. The blowgun set forth in claim 1, wherein: said mouthpiece is removably attached to a rear end of said blowpipe; and said mouthpiece is removed to open said rear opening of said blowpipe, through which opening, a dart can be set in said blowpipe. 5. The blowgun set forth in claim 1, wherein said blowpipe is provided with a handle member. 6. The blowgun set forth in claim 5, wherein said handle member is provided with a rear sight that constitutes said collimator. 7. The blowgun set forth in claim 1, wherein said blowpipe is provided with a front sight that constitutes said collimator, said front sight being positioned at a front end of said blowpipe. 8. The blowgun set forth in claim 1, wherein said offset of said mouthpiece is adjustable in amount. 9. A blowgun comprising: a cylindrical blowpipe and a mouthpiece with a blow inlet, said mouthpiece being attached and connected to a rear opening of said blowpipe; a connection part of said mouthpiece attached to the rear opening; an opening at a part of said mouthpiece that faces said rear opening of said blowpipe, a lid to close and open said opening; wherein: said blow inlet of said mouthpiece is offset from the connection part of said mouthpiece that is attached to the rear opening of said blowpipe, so that a user, while he is collimating said blowpipe toward a target by looking along an axis parallel to and spaced a predetermined distance above a longitudinal axis of said blowpipe, can touch said blow inlet by his mouth and blow air to eject a dart, which is inserted and set in said blowpipe beforehand, wherein: said lid is opened to set a dart in said blowpipe through said rear opening. including an air flow inlet adapted to be connected to said control valve second discharge outlet, and an air flow outlet adapted to be connected to said HME air flow bypass conduit inlet; said medication coupling further including a first aperture formed therein for receiving a discharge outlet of a pressurized medication dispenser for discharging medication therethrough into the breathing circuit air flow. 3. The HME bypass of claim 2 further including a second aperture formed in said medication coupling for receiving a discharge outlet of a nebulizer for discharging medication therethrough into the breathing circuit air flow. 4. The HME bypass of claim 3 further including a closure for said first and second apertures to prevent the introduction of air flow therethrough when a pressurized medication dispenser or nebulizer discharge outlet is not engaged therewith to discharge medication into the breathing circuit air flow. 5. The HME bypass of claim 1 wherein said air flow control valve is manually actuable to mutually exclusively couple the breathing circuit air flow received from said control valve inlet to said first and said second control valve discharge outlets. 6. A breathing circuit apparatus including an HME and an HME bypass for use in a breathing circuit to bypass breathing circuit air flow around the HME into the remainder of the breathing circuit comprising: an air flow control valve coupled into a first portion of a breathing circuit and having an inlet for connection to a source of breathing circuit air flow and at least a first discharge outlet connected to an HME inlet and a second discharge outlet connected to an HME bypass conduit inlet; an HME having an inlet for receiving breathing circuit air flow from said air flow control valve first discharge outlet and an outlet for passing the breathing circuit air flow received therefrom to a remainder portion of said breathing circuit; an HME air flow bypass conduit having an inlet for receiving breathing circuit air flow from said air flow control valve second discharge outlet and an outlet for passing breathing circuit air flow received therefrom to said remainder portion of said breathing circuit; an air flow connector having at least a first inlet connected to said HME outlet for coupling breathing circuit air flow from said HME to said remainder portion of said breathing circuit and a second inlet connected to said HME air flow bypass conduit outlet for coupling breathing circuit air flow from said HME air flow bypass conduit to said remainder portion of said breathing circuit; and said air flow control valve actuable between a first position wherein said breathing circuit air flow is coupled only to said HME and a second position wherein said breathing circuit air flow is coupled only to said HME air flow bypass conduit. 7. The breathing circuit apparatus of claim 6 wherein said air flow control valve is manually actuable to mutually exclusively couple the breathing circuit air flow received from said control valve inlet to said first and said second control valve discharge outlets. 8. The breathing circuit apparatus of claim 6 further including a medication coupling for connection into said HME air flow bypass conduit: said medication coupling including an air flow inlet adapted to be connected to said control valve second discharge outlet, and an air flow outlet adapted to be connected to said HME air flow bypass conduit inlet; said medication coupling further including a first aperture formed therein for receiving a discharge outlet of a pressurized medication dispenser for discharging medication therethrough into the breathing circuit air flow. 9. The breathing circuit apparatus of claim 8 further including a second aperture formed in said medication coupling for receiving a discharge outlet of a nebulizer for discharging medication therethrough into the breathing circuit air flow. 10. The breathing circuit apparatus of claim 9 further