Micro breathing machine

Abstract

The invention discloses a micro breathing machine which comprises a nose sealing support. A pair of micro eddy draught fans is installed at the positions, located on the nostrils, of the nose sealing support. Wind outlets of the micro eddy draught fans are formed in the opposite directions. Wind inlets face the front. A control panel is installed on the lower portion of the nose sealing support. A pressure sensor, a carbon dioxide sensor and an IC chip are installed on the control panel, wherein the IC chip controls the rotation number and the rotation direction of the micro eddy draught fans according to air parameters collected by the pressure sensor and the carbon dioxide sensor. The micro breathing machine further comprises a power source and a fixing mesh enclosure, wherein the power source supplies power to the micro eddy draught fans and the control panel and is installed on the upper portion of the nose sealing support, and the fixing mesh enclosure packages the parts and is detachably connected with the nose sealing support. Air inlets are formed in the positions, corresponding to the micro eddy draught fans, of the front of the fixing mesh enclosure, and exhaust openings are formed in the lower middle portion of the fixing mesh enclosure. The parts of the breathing machine are highly integrated, and therefore the breathing machine has the advantages of being small in size, convenient to carry, high in intelligence degree and capable of meeting needs of different people groups.

Description

technical field [0001] The invention belongs to the field of breathing aids, and in particular relates to a miniature ventilator. Background technique [0002] In the prior art, ventilators can be divided into the following two categories according to the type of use or application: one is controlled mechanical ventilation (CMV), and when the user's spontaneous breathing weakens or disappears, it is completely generated by the mechanical ventilator, Control and regulate the user's breathing; the other type is assisted mechanical ventilation (AMV), which is suitable for weakened spontaneous breathing caused by diseases, irregular spontaneous breathing or excessive frequency. [0003] For assisted mechanical ventilation (AMV) ventilators, existing products on the market have the following disadvantages: [0004] 1. It is bulky and cannot be carried around. The structure is complicated, and the wearing operation is cumbersome. [0005] 2. The ventilator has high power and hi...

AI Technical Summary

Problems solved by technology

[0004] 1. It is bulky and cannot be carried around

Complex structure, cumbersome operation

[0005] 2. The power of the ventilator is large, and the operation noise is large

[0006] 3. The degree of intelligence is low, and it cannot be controlled remotely

The breathing mode is single, which can only meet the needs of some people, and many users feel uncomfortable when using it

[0007] 4. Generally, it can only provide the required air, and there are few additional humanized functions

[0008] 5. High manufacturing cost and high price make some consumers discouraged

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