Respiratory metabolic monitoring device

Abstract

This invention provides a respiratory metabolism detection device, which mainly includes a main body with an air inlet and an air outlet. An internal detection element and a controller are electrically connected. The air inlet of the main body is connected to a mask through a connecting tube, and the air outlet is equipped with an exhaust valve. The detection element includes an oxygen detection element, a carbon dioxide detection element, and a flow meter, which are used to monitor the composition and flow rate of the user's exhaled air in real time. After being processed by the controller, the data is transmitted to an external handheld device through a transmission element. This transforms the basal metabolic rate estimated by traditional formulas into real physiological data measurement, thereby achieving the goal of precise health data management.

Claims

1. A respiratory metabolism detection device, comprising: a body having an air inlet and an air outlet respectively disposed at appropriate positions at both ends of the body, and having a detection element and a controller internally and electrically connected to each other; a mask disposed at the air inlet through a connecting tube; and an exhaust valve disposed at the air outlet of the body, allowing gas inside the body to be discharged unidirectionally through the exhaust valve.

2. The respiratory metabolism detection device as described in claim 1, wherein, The detection element further includes an oxygen detection element, a carbon dioxide detection element, and a flow meter.

3. The respiratory metabolism detection device as described in claim 1, wherein, It also includes a transmission element for transmitting the acquired parameters to a handheld device.

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