Lung function examination anastomat and use method thereof

Abstract

The invention relates to a lung function examination anastomat and a use method thereof. The upper part of a blow cylinder is provided with a fixing groove, the top of the blow cylinder is connected with a mouth tube, and the top of the mouth tube is connected with a limited blow port. The position where the limited blow port and the mouth tube are connected is provided with a limiting ring, and the outer sides of the fixing groove and the limiting ring are sleeved with a mouth-nose limited blow device. The whole product can only be used once, thus avoiding cross infection and secondary pollution; the safety factor is high; no air leakage is generated during use, the air blowing quantity is sufficient, and the accuracy of a detection result is improved; by using the mouth-nose limited blowdevice, high anastomosis and high practicability are realized, the whole product can be well combined with the lip and nostril parts and is suitable for patients with mouth defects, the application range of lung function detection is expanded, detection can be completed without the aid of external personnel and external equipment, and the product contained in the mouth of the patient does not generate discomfort. The humanized design enables detection to be conducted smoothly and improves the detection efficiency.

Description

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AI Technical Summary

Benefits of technology

This technology allows users to perform tests on their own body by inserting disposable devices into them instead of relying solely upon older methods like suturing or tying knots. These systems have several benefits such as being safe from germs, reducing contamination, enabling effective training while also allowing researchers to collect data more efficiently than before they took outdoors. Additionally, these designs allow for integrated components that make up complete machines, making them easier to maintain after multiple usage periods. Overall, this innovation simplifies the process of measuring pulmonic functions and provides greater flexibility compared to current techniques.

Problems solved by technology

This patents describes various technical problem addressed in these patented documents relates to improving the accuracy and reliability of measuring pulmonale functions (lung function) in healthcare settings. Current methods involve invasively taking blood samples through syringe sampling techniques, which may lead to complications due to exposure risk. Additionally, current noncontact electromagnetic spirometer devices require expensive components like electronic circuitry, magnetic resonator technology, and gas flow meters. These conventional instruments also lack flexibility and ease of usage compared to new technologies developed specifically target specific areas.

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