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Micro-intelligent high-pressure oxygen health care system

A hyperbaric oxygen and intelligent technology, which is applied in the direction of respiratory protection containers, medical science, bathing devices, etc., can solve the problems of expensive, unsuitable for large-scale promotion, complex structure, etc., and achieve the effect of reducing equipment costs and facilitating large-scale promotion

Active Publication Date: 2017-05-31
SHANGHAI XUDAN IND
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0004] However, the existing hyperbaric oxygen equipment is complex in structure, bulky, employs a large number of personnel, is expensive, and can only be used for treatment, with a fixed location, and is not suitable for large-scale promotion. What most people need now is to get rid of sub-health , under the effect of hyperbaric oxygen health care, keep the body in a healthy state, resist or eliminate diseases. In view of this, it is urgent to design a new hyperbaric oxygen health care equipment, which is completely different from the hyperbaric oxygen chamber in the hospital from concept to system. It is a brand new health care device to ensure the best state of human body function

Method used

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Embodiment 1

[0049] see figure 1 , The present invention discloses a miniature intelligent hyperbaric oxygen health care system, the system includes: an automatic control module, a cycle oxygen generation device, a stepless speed regulation booster device, a hyperbaric oxygen health care suit, and a sensor assembly.

[0050] The automatic control module is connected to the circulation oxygen generating device, the stepless speed regulation supercharging device, and the sensor assembly. The circulation oxygen generation device and the stepless speed regulation supercharging device are connected to the hyperbaric oxygen health clothing. Inside the oxygen healthcare suit, it is used to sense the pressure of the hyperbaric oxygen healthcare suit.

[0051] The automatic control module includes a touch screen and a microprocessor, which can be used to set the oxygen inhalation time for health care, set the pressure value of the hyperbaric oxygen environment, and set the upper and lower limit ala...

Embodiment 2

[0069] Microprocessor MSP430 is used as the processing system for data acquisition and liquid crystal display control. According to the functional design requirements of the system, it is necessary to use O 2 Sensors, pressure sensors, flow sensors, and temperature sensors are used as the collection of various parameters, and then the results are displayed on the LCD screen. Intelligent control is carried out according to the measured results, so as to achieve the effect of oxygen health care for the body. o 2The function of the sensor is to measure the oxygen concentration of the oxygen generator, and the required concentration must reach 90% or more to achieve the effect of health care. Of course, the oxygen concentration is only a prerequisite and the foundation, but the concentration alone is not enough, because the human body’s ability to absorb and carry oxygen is limited. The air we breathe in daily life has an oxygen content of about 21% at an atmospheric pressure. ...

Embodiment 3

[0075] A miniature intelligent hyperbaric oxygen health care system, the system includes: an automatic control module, a circulating oxygen generating device, a stepless speed regulation booster device, a hyperbaric oxygen health care suit, and a sensor component;

[0076] The automatic control module is connected to the circulation oxygen generating device, the stepless speed regulation supercharging device, and the sensor assembly. The circulation oxygen generation device and the stepless speed regulation supercharging device are connected to the hyperbaric oxygen health clothing. Inside the oxygen healthcare suit, it is used to sense the pressure of the hyperbaric oxygen healthcare suit.

[0077] To sum up, the miniature intelligent hyperbaric oxygen health care system proposed by the present invention can reduce equipment costs and is conducive to wide-scale promotion.

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Abstract

The invention discloses a micro-intelligent high-pressure oxygen health care system which comprises an automatic control module, a circulation oxygen production device, a stepless speed regulating pressurizer, a high-pressure oxygen health care garment and a sensor component. The automatic control module is connected with the circulation oxygen production device, the stepless speed regulating pressurizer and the sensor component, the circulation oxygen production device and the stepless speed regulating pressurizer are connected with the high-pressure oxygen health care garment, and the sensor component comprises a pressure sensor component and is arranged in the high-pressure oxygen health care garment and used for sensing pressure of the high-pressure oxygen health care garment. According to the health care system, device cost can be greatly reduced, size is shortened, the health care system can be used in any occasions such as homes and cannot be limited by time and places, and wide-range popularization is facilitated.

Description

technical field [0001] The invention belongs to the technical field of human health care, and relates to a health care system, in particular to a miniature intelligent hyperbaric oxygen health care system. Background technique [0002] Hyperbaric oxygen (referred to as HBO) refers to the partial pressure of oxygen contained when the partial pressure of oxygen in the environment exceeds 1 ATA; more than 300 diseases are treated with HBO. [0003] Oxygen is one of the essential elements in life. Oxygen deficiency can cause death in a short time, because more than 98% of human metabolism is oxidative metabolism, and the cessation of metabolism means the end of life. It is a well-known fact that people cannot be hypoxic, but the human body performs gas exchange through lung respiration, absorbs O2 and eliminates CO2, and its oxygen-carrying capacity is limited, that is, absorbing high-concentration oxygen does not increase the oxygen partial pressure in the body. Large, the imp...

Claims

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Application Information

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IPC IPC(8): A61G10/02A61H33/14
CPCA61G10/026A61H33/14A61H2033/143A61G2203/34
Inventor 张陆弟王云景张笑峰张笑珺
Owner SHANGHAI XUDAN IND
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