Intermittant signal actuated nebulizer

Claim 2

A nebulizer in combination with a mechanical respirator having an inhalation phase, an exhalation phase, a gas flow passageway and an external electrical signal source capable of generating a first electrical signal during said inhalation phase and a second electrical signal during said exhalation phase, or said first electrical signal during said exhalation phase and said second electrical signal during said inhalation phase, said nebulizer comprising: a housing containing a reservoir for holding a liquid to be nebulized and an air space above the reservoir for holding aerosol; an aerosol generator for generating said aerosol by nebulizing said liquid; a gas flow means for directing compressed gas from a compressed gas source to the aerosol generator, the gas flow means including a valve means for sensing said external electrical signal source and opening a conduit for the flow of compressed gas from the source of compressed gas to the aerosol generator to generate an aerosol when said first electrical signal is detected and for closing the conduit to the aerosol generator to stop the generation of aerosol when said second electrical signal is detected; a means for removably attaching said housing to said mechanical respirator, said attaching means adapted to communicate with the air space above said reservoir so that the aerosol in said airspace introduced into the gas flow passageway of said respirator when the housing is attached to said respirator, said attaching means further adapted to direct the aerosol generated to a position outside of the housing where it can be breathed in by a user when the housing is not attached to said respirator; and means for mixing the liquid in the reservoir.

Claim 3

The nebulizer of claim 1 in which the first electrical signal is produced during the inhalation phase and the second electrical signal is produced during the exhalation phase, such that the generation of aerosol by the compressed gas flowing through the aerosol generator of the nebulizer is synchronized with the inhalation phase of the mechanical respirator.

Claim 4

The nebulizer of claim 1 in which the first electrical signal is produced during the exhalation phase and the second electrical signal is produced during the inhalation phase, such that the generation of aerosol by the compressed gas flowing through the aerosol generator of the nebulizer is synchronized with the exhalation phase of the mechanical respirator.

Claim 5

The nebulizer of claim 1 in which said external electrical signal source comprises a battery and a switch which can be manually manipulated by the patient to produce the first and second electrical signals.

Claim 6

The nebulizer of claim 1 in which the first electrical signal is any detectable flow of electricity and the second electrical signal is the absence of any detectable flow of electricity.

Claim 7

The nebulize of claim 1 in which the second electrical signal is any detectable flow of electricity and the first electrical signal is the absence of any detectable flow of electricity.

Claim 8

A nebulizer in combination with a mechanical respirator having an inhalation phase and an exhalation phase, a gas flow passageway into a patient, and an external electrical signal source capable of generating a first electrical signal during the exhalation phase and a second electrical signal during the inhalation phase, said nebulizer comprising: a housing containing a reservoir for holding a liquid to be nebulized and an air space above the reservoir for holding aerosol; an aerosol generator for generating said aerosol by nebulizing said liquid; a means for attaching the housing to said mechanical respirator, said attaching means adapted to communicate with the air space above said reservoir so that the aerosol in said airspace is introduced to the gas flow passageway of said respirator; a gas flow means for directing compressed gas from a compressed gas source to the aerosol generator, the gas flow means including a valve means for sensing said external electrical signal source and opening a conduit for the flow of compressed gas from the source of compressed gas to the aerosol generator to generate an aerosol when said first electrical signal is detected and for closing the conduit to the aerosol generator to stop the generation of aerosol when said second electrical signal is detected; and means for mixing the liquid in the reservoir.

Claim 9

A nebulizer in combination with a mechanical respirator having an inhalation phase and an exhalation phase, a gas flow passageway into a patient, and an external electrical signal source capable of generating a first electrical signal during the exhalation phase and a second electrical signal during the inhalation phase, said nebulizer comprising: a housing containing a reservoir for holding a liquid to be nebulized and an air space above the reservoir for holding aerosol; an aerosol generator for generating said aerosol by nebulizing said liquid; a means for attaching the housing to said mechanical respirator, said attaching means adapted to communicate with the air space above said reservoir so that the aerosol in said airspace is introduced to the gas flow passageway of said respirator; a gas flow means for directing compressed gas from a compressed gas source to the aerosol generator, the gas flow means including a valve means for sensing said external electrical signal source and opening a conduit for the flow of compressed gas from the source of compressed gas to the aerosol generator to generate an aerosol when said first electrical signal is detected and for closing the conduit to the aerosol generator to stop the generation of aerosol when said second electrical signal is detected; and means for mixing the liquid in the reservoir.

Claim 10

The nebulizer of claim 7 in which the mixing means is operated by an air driven turbine operatively attached to the gas flow means such that the flow of gas to the air driven turbine occurs only for so long as the first electrical signal is detected.

Claim 11

The nebulizer of claim 8 in which the mixing means includes a magnetic stirring bar located inside the reservoir and a magnet mounted on the air driven turbine such that when the compressed gas moves the air turbine, the magnet will move causing the stirring bar to move inside the reservoir to stir the liquid medicine.

Claim 12

The nebulizer of claim 7 in which the first electrical signal is any detectable flow of electricity and the second electrical signal is the absence of any detectable flow of electricity.

Claim 13

The nebulizer of claim 7 additionally comprising a temperature bath for maintaining the liquid at a substantially constant temperature during nebulization.

Claim 14

A nebulizer in combination with a mechanical respirator having an inhalation phase, a gas flow passageway and an external electrical signal source capable of generating a first electrical signal during said inhalation phase and a second electrical signal during said exhalation phase, or a first electrical signal during said exhalation phase and a second electrical signal during said inhalation phase, said nebulizer comprising: a housing containing a reservoir for holding a liquid to be nebulized and an air space above the reservoir for holding aerosol; an aerosol generator for generating said aerosol by nebulizing said liquid; a turbine driven mixer attached to the housing for mixing the liquid to be nebulized; a gas flow means for directing compressed gas from a compressed gas source to the aerosol generator, the gas flow means including a valve means for sensing said external electrical signal source and opening a conduit for the flow of compressed gas from the source of compressed gas to the aerosol generator to generate an aerosol when said first electrical signal is detected and for closing the conduit to the aerosol generator to stop the generation of aerosol and opening a conduit to the turbine driven mixer to mix the liquid to be nebulized when said second electrical signal is detected; and, a means for removably attaching said housing to said mechanical respirator, said attaching means adapted to communicate with the air space above said reservoir so that the aerosol in said airspace is added to the gas flow passageway of said respirator when the housing is attached to said mechanical respirator, said attaching means further adapted to direct the aerosol generated to a position outside of the housing where it can be breathed in by a user when the housing is not attached to said mechanical respirator.

Claim 15

A nebulizer in combination with a mechanical respirator having an inhalation phase, a gas flow passageway and an external electrical signal source capable of generating a first electrical signal during said inhalation phase and a second electrical signal during said exhalation phase, or a first electrical signal during said exhalation phase and a second electrical signal during said inhalation phase, said nebulizer comprising: a housing containing a reservoir for holding a liquid to be nebulized and an air space above the reservoir for holding aerosol; an aerosol generator for generating said aerosol by nebulizing said liquid; a turbine driven mixer attached to the housing for mixing the liquid to be nebulized; a gas flow means for directing compressed gas from a compressed gas source to the aerosol generator, the gas flow means including a valve means for sensing said external electrical signal source and opening a conduit for the flow of compressed gas from the source of compressed gas to the aerosol generator to generate an aerosol when said first electrical signal is detected and for closing the conduit to the aerosol generator to stop the generation of aerosol and opening a conduit to the turbine driven mixer to mix the liquid to be nebulized when said second electrical signal is detected; and, a means for removably attaching said housing to said mechanical respirator, said attaching means adapted to communicate with the air space above said reservoir so that the aerosol in said airspace is added to the gas flow passageway of said respirator when the housing is attached to said mechanical respirator, said attaching means further adapted to direct the aerosol generated to a position outside of the housing where it can be breathed in by a user when the housing is not attached to said mechanical respirator.

Claim 16

The nebulizer of claim 12 in which the first electrical signal is produced during the inhalation phase and the second electrical signal is produced during the exhalation phase, such that the generation of aerosol by the compressed gas flowing through the aerosol generator of the nebulizer is synchronized with the inhalation phase of the mechanical respirator.

Claim 17

The nebulizer of claim 12 in which the first electrical signal is produced during the exhalation phase and the second electrical signal is produced during the inhalation phase, such that the generation of aerosol by the compressed gas flowing through the aerosol generator of the nebulizer is synchronized with the exhalation phase of the mechanical respirator.

Claim 18

A nebulizer in combination with a mechanical respirator having an inhalation phase and an exhalation phase, a gas flow passageway into a patient, and an external electrical signal source capable of generation a first electrical signal during the exhalation phase and a second electrical signal having the inhalation phase, said nebulizer comprising: a housing containing a reservoir for holding a liquid to be nebulized and an air space above the reservoir for holding aerosol; an aerosol generator for generating said aerosol by nebulizing said liquid; a means for attaching the housing to said mechanical respirator, said attaching means adapted to communicate with the air space above said reservoir so that the aerosol in said airspace is introduced to the gas flow passageway of said respirator; a gas flow means for directing compressed gas from a compressed gas source to the aerosol generator, the gas flow means including a valve means for sensing said external electrical signal source and opening a conduit for the flow of compressed gas from the source of compressed gas to the aerosol generator to generate an aerosol when said first electrical signal is detected and for closing the conduit to the aerosol generator to stop the generation of aerosol when said second electrical signal is detected; and, a mixer for mixing the liquid in the reservoir.

Claim 19

A nebulizer in combination with a mechanical respirator having an inhalation phase and an exhalation phase, a gas flow passageway into a patient, and an external electrical signal source capable of generation a first electrical signal during the exhalation phase and a second electrical signal having the inhalation phase, said nebulizer comprising: a housing containing a reservoir for holding a liquid to be nebulized and an air space above the reservoir for holding aerosol; an aerosol generator for generating said aerosol by nebulizing said liquid; a means for attaching the housing to said mechanical respirator, said attaching means adapted to communicate with the air space above said reservoir so that the aerosol in said airspace is introduced to the gas flow passageway of said respirator; a gas flow means for directing compressed gas from a compressed gas source to the aerosol generator, the gas flow means including a valve means for sensing said external electrical signal source and opening a conduit for the flow of compressed gas from the source of compressed gas to the aerosol generator to generate an aerosol when said first electrical signal is detected and for closing the conduit to the aerosol generator to stop the generation of aerosol when said second electrical signal is detected; and, a mixer for mixing the liquid in the reservoir.

Claim 20

The nebulizer of claim 15 in which the mixer is operated by an air driven turbine operatively attached to the gas flow means such that the flow of compressed gas to the air driven turbine occurs only for so long as the second electrical signal is detected.

Claim 21

The nebulizer of claim 16 in which the mixer includes a magnetic stirring bar loaded inside the reservoir and a magnet mounted on the air driven turbine such that when the compressed gas moves the air turbine, the magnet will move causing the stirring bar to move inside the reservoir to stir the liquid.