Plant light carbon synthesis oxygen release device

Abstract

The invention provides a plant light carbon synthesis oxygen release device for reducing the concentration of carbon dioxide in a crowd intensive space, a closed personnel space and a human respiratory tract space, increasing the content of oxygen, reducing carbon dioxide discharge of automobile exhaust, reducing the discharge of industrial carbon dioxide and promoting yield and income increment of agriculture and forestry by using the property that green plants absorb the carbon dioxide under an illumination condition to synthesize carbohydrate and release oxygen. A lamp house 1 is positioned in the exterior 27 of a space 2, the heat radiation 34 of sunlight 33 at daytime passes through a lamp house wall 21 to supply energy to the interior 8 of the lamp house, a lamp 15 at night supplies illumination 16 and heat radiation 17 to the interior 8 of the lamp house, carbon dioxide gas 18 in a space 3 and cold air 25 enter the interior 8 of the lamp house through an inlet ventilated window 4, green plants 9 and 10 catch the carbon dioxide 18 under the illumination condition to generate carbohydrate and release oxygen 19, and the oxygen 19 and the heated air 26 enter the space 3 through an outlet ventilated window 5, so that the tasks of reducing the concentration of the carbon dioxide in the space and increasing the content of the oxygen are completed.

Description

technical field [0001] The invention relates to the field of ecological maintenance of air quality in human living space, in particular to the field of photosynthesis application technology of green plants that absorb carbon dioxide gas and release oxygen under light conditions to reduce the concentration of carbon dioxide gas in the space and increase the oxygen content. Background technique [0002] Spaces where people gather, such as carriages, elevator cabins, wing rooms, board rooms, ship cabins, boats, engine rooms, waiting rooms, waiting rooms, terminal buildings, shopping malls, supermarkets, stock exchanges, banks, hospitals, classrooms, offices, workshops , conference room, library, canteen, cinema, theater, song and dance theater, tea room, gym, underground shopping mall, underground pedestrian passage, underground railway station, restaurant, sauna room, OK hall, game hall, chess and card room, sports hall, disco , Internet cafes, bars, etc. can easily make peopl...

AI Technical Summary

Problems solved by technology

[0003] Confined spaces, such as diving equipment, aviation equipment, aerospace equipment airtight cabins, and other special equipment professionals and special personnel work spaces, etc., because they cannot be naturally ventilated, their oxygen supply and carbon dioxide gas removal rely on proprietary equipment such as compressed oxygen cylinders, compressed air The completion of air cylinders, oxygen concentrators, carbon dioxide collectors, filters, etc., on the one hand, increases the overall structure complexity and overall quality of the working equipment, and on the other hand, also lays hidden dangers to the safe operation of the working equipment, and the lives of the staff are at risk. potential threat

[0004] Respiratory space, the human respiratory space composed of mouth, nose, pharynx, larynx, trachea, bronchi, bronchioles, capillaries, and alveoli communicates with the external environment, inhales oxygen and exhales carbon dioxide through the human respiratory movement, maintaining the life activities of the human body. When the human body is in a harmful environment such as mountains, tunnels, underwater, poisonous gas, etc., the human body's respiratory physiology will be severely damaged or even life-threatening. To face threats, people must be equipped with oxygen bags, oxygen cylinders and protective masks. The limited working hours limit the working hours and labor intensity of relevant personnel, and limit the ability of human beings to challenge the limits of natural conditions

Images