WO2021169056A1 - Drug administration method and device for respiratory system - Google Patents

Abstract

A drug administration device for the respiratory system is characterized by comprising: a liquid container, an atomization module, and a breathing port. The liquid container is a device for containing water, a liquid medicine, or water for dissolving a medicine. The atomization module is a module capable of atomizing the liquid in the liquid container. The breathing port is a mouthpiece for inhaling atomized vapor or water vapor, and can be provided with a tube to guide steam out of the liquid container. The device enables drug administration to be directly and uniformly performed on the respiratory system, achieves drug administration for the respiratory system or the bronchi and lungs without piercing the skin by injection, and increases drug concentration in the respiratory system at least to a certain extent. When the same drug is applied, the device can reduce damage to other organs, and increase drug concentration in the respiratory system.

Description

Method and device for drug delivery by respiratory system Technical field

The present invention relates to the field of medical devices, in particular to a method and device for drug delivery by the respiratory system.

Background technique

Many people don't like injections, many people don't like taking medicine, and continuous administration of antibiotics when encountering major diseases may cause internal organ damage. One feature of the present invention is the more uniform administration directly to the respiratory system. One feature of the present invention is that it can administer drugs to the respiratory system or bronchi and lungs without injecting and breaking the skin, and can increase the concentration of respiratory system drugs to a certain extent, and can reduce the exposure to a certain extent under the same medicament. Damage to other organs increases the concentration of drugs in the respiratory system.

Summary of the invention

According to one aspect of the present disclosure, a device for drug delivery by the respiratory system is characterized by comprising: a liquid container, an atomization module, and a breathing port.

The liquid container is a device for containing water or liquid medicine or water for dissolving medicine.

The atomization module is a module capable of atomizing the liquid in the liquid container.

The breathing port is an interface used to breathe atomized water vapor or water vapor, and may have a tube to guide the vapor out of the liquid container.

Preferably, the breathing port can use different shapes of breathing ports according to different inhalation methods, for example, a tube type for throat inhalation, and a breathing mask-like shape for nose inhalation of mist.

According to one aspect of the present disclosure, a method for identifying changes in the composition of an object is characterized in that it includes:

Step 1: Configure the liquid to be atomized and put it into the liquid container;

Step 2: Use the atomization module to atomize the liquid to be atomized, and then breathe these gases from the breathing port.

Preferably, the breathing port may be a mask shaped like a mask on the nose for breathing.

Preferably, the breathing port may be a protrusion that is sucked by the mouth for sucking mist with the mouth.

Preferably, as an optional embodiment, the medicine can be crushed to facilitate dissolution in water or a supporting liquid;

Preferably, as an optional embodiment, the dosage of conventional medications can be modified according to the present invention;

Preferably, as an optional embodiment, an electric heating device may be added to the liquid container to increase the absorption of the medicine.

Further, as an optional implementation manner, the electric heating device may be added with a switch.

Further, as an optional implementation manner, the electric heating device can add (stick) temperature indicating sheets, that is, patches with different colors at different temperatures.

Further, as an optional implementation manner, the electric heating device may deploy a thermometer to display the current temperature.

Further, as an optional implementation manner, the electric heating device can be added with a temperature display device, and the current temperature can be displayed in the manner of a liquid crystal screen.

Preferably, there may be a switch on the atomization module to control the start and end of the operation of the atomization module.

Preferably, as an optional implementation manner, there may be two switches on the atomization module to control the start and end of the operation of the atomization module at the same time.

Preferably, as an optional implementation manner, a switch may be provided on the breathing port to control the opening and closing of the breathing port.

Preferably, as an optional implementation manner, a small fan may be added to the breathing port to increase air outflow.

Preferably, the medicine or administration refers to chemical components or raw materials or medicines that have a helpful or conserving or healing effect on the respiratory system.

Preferably, when the present invention is used for mouth inhalation, it is mainly oral, bronchial and pulmonary administration, and when the present invention is used for nose inhalation, it is mainly administered to the sinus system, bronchial and pulmonary administration.

Preferably, as an optional implementation manner, a small fan may be added to the breathing port to increase air outflow.

Preferably, as an optional embodiment, another opening may be added to the top of the liquid container to facilitate air intake during mist inhalation.

Preferably, as an optional implementation manner, an air valve may be added to the top of the liquid container for unidirectional air intake, so as to increase the amount of mist inhaled at one time.

Preferably, as an optional embodiment, after inhalation, the breath can be held to increase the contact time of the mist with the respiratory system.

Preferably, the physical structure of the present invention can refer to electronic cigarettes or water pipes or atomizers.

Preferably, the physical structure specifically implemented by the present invention can directly use a more suitable electronic cigarette or water pipe or atomizer.

Preferably, the liquid to be atomized may be a liquid medicine.

Preferably, if the present invention is used to treat children with respiratory diseases, and the embodiment of the present invention is particularly like an electronic cigarette device, it can illustrate the hazards of electronic cigarettes and smoking.

Preferably, the atomization module may include a battery or an external power source.

Detailed ways

The following examples are used to illustrate the present invention, but not to limit the scope of the present invention.

Example 1

Step 1: Add medicinal water or medicine-dissolving water to the liquid container.

Step 2: Turn on the switch of the atomization module.

Step 3: Use your mouth or nose to inhale the mist, and then hold your breath.

Further, according to the length of time that the breath is held, the switch time of the atomizer can be temporarily turned off here.

The above are specific embodiments of the present invention, but the protection scope of the present invention should not be limited thereto. Any changes or substitutions that can be easily conceived by those skilled in the art within the scope of the technology disclosed in the present invention shall be covered by the protection scope of the present invention. Therefore, the protection scope of the present invention shall be defined by the claims. The scope of protection shall prevail.

Claims (4)

A device for drug delivery by the respiratory system, which is characterized by comprising: a liquid container, an atomization module, and a breathing port; The liquid container is a device for containing water or liquid medicine or water for dissolving medicine; The atomization module is a module capable of atomizing the liquid in the liquid container; The breathing port is an interface used to breathe atomized water vapor or water vapor, and may have a tube to guide the vapor out of the liquid container. A method for identifying changes in the composition of an object, which is characterized in that it includes: Step 1: Configure the liquid to be atomized and put it into the liquid container; Step 2: Use the atomization module to atomize the liquid to be atomized, and then inhale these gases from the breathing port. The "step one" according to claim 2, wherein the disposing of the liquid to be atomized and putting it into the liquid container comprises: As an optional embodiment, the medicine can be crushed to facilitate the dissolution of water or supporting liquids; As an optional embodiment, the dosage of conventional medications can be modified according to the present invention; As an optional embodiment, an electric heating device may be added to the liquid container to increase the absorption of the medicine. The "step two" according to claim 2, characterized in that using the atomizing module to atomize the liquid to be atomized, and then inhaling the gas from the breathing port, comprises: There may be a switch on the atomization module to control the start and end of the operation of the atomization module; As an optional implementation manner, there may be two switches on the atomization module to control the start and end of the operation of the atomization module at the same time; As an optional implementation, there may be a switch on the breathing port to control the opening and closing of the breathing port; As an optional implementation, a small fan may be added to the breathing port to increase air outflow.