Micro-high-pressure high-oxygen learning cabin

Abstract

The invention discloses a micro-high-pressure and high-oxygen learning cabin, and relates to an auxiliary tool for learning at home. With the progress of science and technology, the requirements of people on learning and improvement of own accomplishment are improved, and the learning efficiency of learners is seriously reduced due to the lack of a quiet and comfortable learning environment. A user only needs to enter the cabin body, close the cabin door and select an application mode on the control panel, and then the user can stay in an independent, quiet, micro-high-pressure and high-oxygen efficient learning space.

Description

Technical Field

[0001] This invention relates to an auxiliary tool for home learning, and more particularly to a micro-high pressure high oxygen learning chamber for creating a learning space. Background Technology

[0002] With the rapid development of science and technology in my country, people are paying more attention to learning. However, the learning environment has not improved. Study fatigue, lack of energy, and noisy environments seriously restrict learning efficiency. Summary of the Invention

[0003] To address the aforementioned problems and improve people's learning efficiency, this invention provides an excellent learning space. This invention not only provides people with a quiet learning space, but also a learning space with fresh air, high pressure, and high oxygen content, thereby alleviating fatigue caused by studying and compensating for the problem of insufficient energy.

[0004] The technical solution adopted in this invention is: a micro-high pressure high oxygen learning chamber, mainly including: (1) a lighting lamp, (2) a chamber body, (3) a sealed door, (4) a control panel, (5) a pressure control switch, (6) a desk, (7) an oxygen content control switch, (8) a negative oxygen ion generator, (9) an air purification and pressure control system, (10) an oxygen generation system, and (11) a temperature control system. After entering the (2) chamber body, the user closes the (3) sealed door and selects the environment mode through the (4) control panel or manually sets the air pressure and oxygen content in the chamber before studying. The (5) pressure control switch and the (7) oxygen content control switch monitor the air pressure and oxygen content in the chamber at any time, and adjust the air pressure and oxygen content in the chamber according to the air pressure and oxygen content set by the user.

Claims

1. Micro-high pressure hyperoxic learning chamber, mainly including: (1) Lighting, (2) Cabin, (3) Sealed door, (4) Control panel, (5) Air pressure control switch, (6) Desk, (7) Oxygen content control switch, (8) Negative ion generator, (9) Air purification and pressure control system, (10) Oxygen generation system, (11) Temperature control system. The micro-high pressure high oxygen learning cabin is characterized by providing people with a closed, fresh-air learning space, and can regulate the temperature, air pressure and oxygen content in the closed space.

2. The micro-high pressure high oxygen learning chamber as described in claim 1 is characterized in that: the chamber body (2) is composed of high-strength soundproof glass, the situation inside the chamber can be seen from the outside and the sound from the outside will not affect the learning of the people inside the chamber.

3. According to claim 1, the micro-high pressure high oxygen learning chamber is characterized by: the control panel (4) is easy to operate and can set several fixed modes, such as: reading mode, memorization mode, oxygen inhalation mode, etc. Different modes correspond to different air pressure and oxygen content. The temperature, air pressure and oxygen content in the chamber can also be manually adjusted.