▎ 摘　　要

NOVELTY - The artificial leaf that is made out of natural fibers such as Spider Silk that is capable of working under water to increase dissolved oxygen of the water bodies. The leaf produces the oxygen from oxides of acids and bases in water bodies. The leaf acts as a water filter by absorbing harmful acids and basic particles unwanted in water bodies. The membrane in the leaf is woven in Juxta-ring which is allowed to capture maximum pollution in the water bodies. The leaf is used near coral reefs to preserve the leaves capable of absorbing acidic compounds. The leaf is capable of absorbing 1.5 gallons to 3 gallons of acidic or basic compounds without fail. The leaf is renewable and is very efficient in creating free energy by using graphene chips. The leaf creates the electrical energy by absorbing the heat from the water bodies without causing harm to the water bodies. The leaf is suspended in any type of water body. USE - Artificial leaf for increasing dissolved oxygen in any and all water bodies. ADVANTAGE - The leaf can very efficiently create oxygen by breaking the oxides in water bodies. The leaf attracts unwanted or extra microbes from water bodies too such that the useless utilization of oxygen is lessened. The oxygen production rate is increased. The high magnitude of dissolved oxygen is provided in oxygen dead areas in water bodies such that the oxygen levels can be increased where needed. The leaf acts as a water filter and absorbs any form of harmful substances in water and ensures a healthy life for all the marine organisms. The leaf has finely designed graphene chips loaded in the fibrous textures of the membrane and the chips create enough heat for the leaves to work and give chemical energy to other objects. The filtration process is spontaneous and can go on for a long period of time efficiently. The leaf is recyclable, has a long-life span and is extremely safe to use that stated. The leaf components do not react with the salts in saline water. The leaf is affordable to all people. The leaf can act as a navigator during translocation. DESCRIPTION OF DRAWING(S) - The drawing shows the schematic diagram of the under-water model of an artificial leaf. 1Spider silk fiber 2Chloroplast from banyan 3Chloroplast from spinach