[0035] In order to have a deeper understanding of the features of the present invention and the functional benefits that can be achieved, a specific practical example is enumerated, and is described in detail with the drawings as follows:
[0036] An energy-saving water molecule physical delay and optimal oxidation treatment method, please refer to Figure 1: which is a three-dimensional decomposition diagram of the present invention. versus figure 2 Shown: It is a schematic diagram of the flat combination of the present invention. The main reason is: the machine 10 has an accommodating space 11, and four side plates 12, 13, 14, 15 are locked and fixed at the hollow on the four sides. The machine 10 is equipped with a pressurizing motor 20, which uses pipelines 21. Connect the raw water to the pressurizing motor 20, and set a check valve 22, a three-prong joint 23, a pressure gauge 24, and a silent check valve 25 on the pipeline 21. Please refer to image 3 Shown: It is a schematic diagram of the operation of the pressurizing motor of the present invention for supercharging and hot air injection. In addition, a hot air storage cylinder 26, a hot air regulating valve 27, and a hot air duct 28 are provided at the three-prong joint 23. The hot air generated by the heat dissipation fan 29 of the pressurizing motor 20 is injected into the raw water of the pipeline 21, and the hot air duct A check valve 291 is set between 28 and the cooling fan 29 to prevent water from flowing back and overflowing from the hot air duct 28 during shutdown. Finally, a mixer 30 and a magnetization oscillation are sequentially connected after the silent check valve 25 in the middle of the pipeline 21器40, a booster cylinder 50; among them:
[0037] Please see Figure 4 Shown: It is a schematic diagram of the operation of the magnetized oscillator of the present invention. The magnetized oscillator 40 is made of plastic steel or other non-magnetic materials, and a plurality of upper and lower magnetic plates 41, 42 are arranged alternately between the upper and lower poles, so that the magnetic field lines are from the N pole to the S pole. , Forming a state of diagonally cutting the raw water. At the same time, after the raw water enters the water inlet pipe 43, it collides and oscillates up and down, and then is discharged from the outlet pipe 44, which helps to increase the energy of the water. In addition, to buffer the vibration of the magnetized oscillator 40, especially Spring-type or other shock absorbers 45 are arranged at the four corners of the magnetized oscillator 40, and elastic connecting pipes 46 are sleeved between the pipeline 21 and the water inlet pipe 43 and the water outlet pipe 44, which allow some allowable displacement during vibration. Bit, will not fall off;
[0038] Please see Figure 5 Shown: It is a schematic diagram of the action of the booster cylinder of the present invention. The booster cylinder 50 is provided with corresponding inlet pipes 51 and outlet pipes 52 on both sides of the bottom of the booster cylinder 50, and a shaft 53 is provided at the center of the booster cylinder 50, and two corresponding pieces are pivoted in the shaft 53 The oscillating plate 54 is made of a metal material and has proper capacitance. The water is introduced into the booster cylinder 50 through the water inlet pipe 51. When the water and water collide with each other, the oscillating plate 54 has angular resonance. H 2 O anions and cations and a variety of minerals are under strong pressure jets, which will cut water molecules into different shapes, thereby decomposing the minerals (magnesium, iron, sodium, calcium, etc.) in the water and decomposing the salt components in the water to synthesize with the air A rapid vaporization phenomenon occurs, and finally it is discharged after passing through the silent check valve 25 and the degassing valve 55.
[0039] For the energy-saving water molecule physical delayed oxidation treatment method provided by the present invention, please refer to the actual application Figure 6 Shown: It is a schematic diagram of the processing steps of the present invention.
[0040] (1) PH acid and alkali are placed in the neutralization tank and mixed evenly into the preset tank;
[0041] (2) The raw water is transferred in via a pressurized motor;
[0042] (3) Via the check valve;
[0043] (4) Via a three-prong joint;
[0044] (5) Fast pressurized air injection port;
[0045] (6) The hot air injected into the exhaust fan of the pressurized motor is combined with water;
[0046] (7) Go through the check valve again;
[0047] (8) Silent check valve and DC mixer in the middle;
[0048] (9) The water energy increases after the oscillator is magnetized;
[0049] (10) A high emulsion state is formed in the pressurized cylinder;
[0050] (11) Complete the condensation of pollutants and heavy metals contained in the water into foam;
[0051] (12) Add dehydration into sludge cake (waste).
[0052] If the pressure of the air release valve 55 is higher, the water molecules will immediately show extremely fine bubbles, and the more it can form a high-concentration emulsion state, otherwise, it will have the opposite effect. Because the ultra-fine bubbles with hot air are converted into light gas and float upwards, combined with the large amount of oxygen in the outside air on the pool, it will be more specific that the rapid vacuum burst and the gas will be released into ultra-fine water molecules, and a large amount of fog will be formed immediately. The water mist churns and rolls on the surface to quickly condense the pollutants and heavy metals contained in the water into foam and overflow the pool. After dehydration, it will become sludge cake (the so-called waste), BOD (organic oxygen content), COD (chemical oxygen content), SS (suspended solids), heavy metals, etc., are all rapidly reduced to standard values.
[0053]In summary, the present invention provides an energy-saving water molecule physical delay and optimal oxidation treatment method. After the inventor’s actual production and repeated operation tests, it is confirmed that the expected functional benefits of the present invention can indeed be achieved. There is no "first invention" seen or heard.
