Mobile multi-terminal air supply system

Abstract

The invention discloses a mobile multi-terminal air supply system, and relates to the technical field of medical apparatus and instruments. The system comprises an atomization mask, a compressed air supply host and a remote control terminal. The compressed air supply host is composed of a host case and multiple compression pump cores, an air filter and a master controller which are arranged inside the host case, air outlet connectors which are externally connected with the atomization mask and have the same number as that of the compression pump cores are arranged on the host case, the air inlet ends of the compression pump cores are communicated with an air filter separately, the air outlet ends of the compression pump cores are communicated with the air outlet connectors which are in one-to-one correspondence with the air outlet ends, the master controller is connected with the compression pump cores through a terminal block, a distract controller and split buttons which are connected with the distract controller and used for correspondingly controlling starting and stopping of the compression pump cores are arranged on the remote control terminal, and the master controller is in wireless connection with the distract controller through a wireless communication module. The mobile multi-terminal air supply system has the advantages of being compact in structure, convenient to move, energy-saving, environmentally friendly, high in starting speed, high in air supply capacity, high in environmental adaptability and high in safety and reliability.

Description

technical field [0001] The invention belongs to the technical field of medical devices and relates to a mobile multi-terminal air supply system. Background technique [0002] Atomization inhalation therapy is an important and effective treatment method in the treatment of respiratory diseases. It atomizes the liquid medicine into tiny particles by using compressed air atomization. The amount of nebulization inhaled during the relative treatment time is appropriate, and it is not easy to cause the mucous membrane of the inner wall of the trachea to swell, causing tracheal blockage, and the atomized particles are fine, not easy to collide and combine, the human body is comfortable to inhale, and can enter the bronchi, lungs, etc., so that the drug can pass through The method of inhalation enters the respiratory tract and lungs for deposition, so as to achieve the purpose of painless, rapid and effective treatment; at the same time, there is almost no drug residue, and the drug...

AI Technical Summary

Problems solved by technology

[0003] At present, the existing atomization inhalation treatment devices mainly include small portable atomization devices, large central oxygen atomization devices, and air centralized atomization devices. They are all used in conjunction with commercially available atomization masks. The atomized medicine is formed in the atomized mask for the patient to absorb to achieve the purpose of treatment. Among them, the small portable atomized device can only be used by a single machine, which wastes manpower and financial resources, and is not conducive to the simultaneous treatment of multiple people in a small space (such as a 4-person ward). Due to its small size, it is necessary to install locks to fix it in medical institutions, and it will generate severe heat and poor heat dissipation during use, so it cannot be used for a long time; while large-scale central oxygen atomization devices and air centralized atomization devices are set up by medical institutions However, the central oxygen atomization device is driven by oxygen, which consumes a lot of oxygen and costs a lot, and oxygen is a combustion-supporting gas. When using it, it must prevent oil, vibration, heat source and open flame. It requires high management and cannot be widely used. ;Although the air centralized atomization device uses compressed air, it is realized through large-scale equipment such as air storage tanks and compressors, and the compressed air that comes out has a high pressure value, which needs to be adjusted twice, otherwise there is still a safety hazard. Hidden dangers; and the pressure decreases with the internal pressure of the gas storage tank, resulting in uneven distribution of subsequent pressure; there are also noises and abnormal noises when starting and stopping, which affect the surrounding environment, and often affect the doctor's work due to thermal protection shutdown At the same time, all of them cannot be used after a failure occurs; in addition, an additional set of filters must be installed to carry out corresponding gas-water separation, disinfection, etc., which is costly and inconvenient to maintain. If you do not pay attention regularly, there will be filter failure and other risks, thus causing secondary pollution to patients during nebulization inhalation treatment

Images