TW200523217A - A process and apparatus for manufacturing high energic magnetized water - Google Patents

Abstract

The invention provides a process and apparatus for manufacturing the high energic magnetized water in easy manner and with reasonable cost and high efficiency. This invention produces the high energic magnetized water with the oxidized reduced potential value is 100mv~100mv (the oxidized reduced potential value of the untreated water is 280mv) and oxygen's contain in the high energic magnetized water is more 20% than untreated water. This process and apparatus was included the Varried Frequency's Pulse Power Supplier and magnetized apparatus. The Varried Frequency's Pulse Power Supplier was desighed with PWM (Pulse-Width Modulation) theory. The magnetized apparatus was included the magnetized cell and magnetized electrodes designs (negative electrodes and positive electrodes designs).

Description

200523217 V. Description of the invention (1) [Technical field to which the invention belongs] ^ $ I. The present invention provides a simple, low-cost and high-efficiency manufacturing method and device for high-yang, flat, and water. 280 mv is magnetized to high-energy water with a redox potential value between 100 and -100 mv, and the oxygen content of the magnetized water is more than 20% higher than that of water without using the manufacturing method and device of the present invention. The manufacturing method and device of the present invention mainly use the principle of variable frequency pulse width modulation to manufacture a variable frequency pulse power supply. The power supply is connected to the positive and negative electrodes designed by the magnetizing device to magnetize the water and make the redox potential of the magnetized water. The value dropped to about 100fflV, and its oxygen content was more than 20% higher than that of water before being magnetized. The invention relates to a method and a device for adding electric energy (magnetic energy) to water for improving water quality without using activated carbon, filters, chemicals, and the like, using only electrical processing methods, and is particularly suitable for improving the quality of drinking water. And device. As the current water source may be affected by domestic wastewater (containing a variety of chemical substances of detergents), or the large increase in industrial water use in the business world, the discharge of various treated water, the use of agricultural chemical fertilizers, pesticides, etc., the water source is gradually being affected. The 'pollution' deteriorated the water quality of tap water significantly. So the most urgent task is to provide a safe and delicious drinking water. [Prior art] The method for manufacturing water from the patent literature is as follows:

Page 7 200523217 V. Description of the invention (2) (1) Electrolyzed water The so-called electrolyzed water is an invention method of a method and a device for improving water quality. The method is known to me using direct current to decompose water into toad ion and acid ion water. This is a kind of acid detection separation water (PH separation water). It is also divided into an anode and a cathode by using a thin film in the electrolytic cell to configure the anode and cathode chambers. The water to be treated is introduced into the two chambers, and then the DC voltage is applied. The treatment method applied between the anode and the cathode generates an electrolytic reaction in water. In order to accelerate the electrolytic reaction, an appropriate amount of a common salt solution is added to the water in order to improve the conductivity of the treated water. The alkaline water generated in the cathode chamber is then used as drinking water (Japanese Patent Application Laid-Open No. 6 1 -1 01 296 and Japanese Patent Application Laid-Open No. 4-277076). The sterilization water uses the acidic water generated in the anode chamber. (Japanese Patent Laid-Open-31759). As for the method and device for the treatment of electrolyzed water, the electrodes must be used as anodes and cathodes respectively, so after a period of time, the electrode surface will accumulate due to electrolysis-the layer has insulating adherence, in order to prevent this If the situation arises, periodically reduce the DC voltage of the electrodes to prevent changes. (2) Use of odor and oscillator to increase the oxygen content. US Patent No. 5 9 9 77 5 2 mentioned in the patent, using a cooled oscillator and ozone to treat water to increase the oxygen content in the water. And achieve the purpose of sterilization. The disadvantages of the method of the invention are that the equipment is expensive and it is not easy to remove excess ozone content in the water.

200523217 V. Description of the invention (3) (3) Use magnets to magnetize water

Republic of China Patent No. 30 38 82, Republic of China Patent No. 406671, and U.S. Patent No. 3951807, U.S. Patent No. 4146 479, U.S. Patent No. 4153559, U.S. Patent No. 4216092, U.S. Patent No. 4278549, U.S. Patent No. 4299700, U.S. Patent No. 4320003, U.S. Patent No. 4357237, U.S. Patent No. 4422934, U.S. Patent No. 4430785, U.S. Patent No. 4367143, U.S. Patent No. 4455229, U.S. Patent No. 4605488, U.S. Patent No. 4623314 Patent announcements such as US Patent No. 4808306, US Patent No. 5753124, US Patent No. 61715 04, US Patent No. 6270660, US Patent No. 627727 5 and US Patent No. 649 1825, mainly mention how to pass The magnet arrangement is designed to magnetize water. The disadvantages of these inventions are that the magnetization effect will decrease as the magnet's magnetism weakens, and it is not easy to obtain magnetized water with a lower redox potential. [Summary of the Invention]

The invention provides a simple, low-cost and high-efficiency manufacturing method and device for high-energy water. Through the invention, water can be magnetized from an oxidation-reduction potential value of 2 081 1 ^ to an oxidation-reduction potential value of 100 to -1. The energy content of the magnetized water is not less than 20% higher than the oxygen content of the magnetized water that has not been treated with the manufacturing method and device of the present invention. The manufacturing method and device of the present invention mainly use the principle of variable frequency pulse width modulation to manufacture a variable frequency pulse power supply. The power supply is connected to this SB · Page 9 200523217 V. Description of the invention (4) The positive pole of the magnetization device design And the negative electrode to magnetize the water, reduce the oxidation-reduction potential value of the magnetized water to about -100mv, and its oxygen content is more than 20% higher than the water before the magnetization. The method and device of the present invention mainly use the principle of variable frequency pulse width modulation to rectify 60 Hz and 110 V AC power into DC power. The current is converted into a power source of 1.5 to 200 V, 500 Hz to 300 KHz to connect the magnetization tank. The positive and negative power supplies are magnetized to magnetize the water in the noise. The simple circuit design diagram and principle are shown in Figures 1 and 2. In the method and device of the present invention, 1.5 to 200 V is used as the operable voltage. The higher the voltage, the better the magnetization effect, but safety and cost need to be considered. In addition, the operating range of its power frequency is 500Hz to 300 KHz. Of course, the higher the frequency, the better the magnetization effect. However, practical and cost factors need to be considered. The design of the magnetization tank in the device and method of the present invention is composed of one or more positive electrode plates and one or more negative electrode plates in a water tank. The simple design diagrams are shown in Figures 3 and 4 and consist of a set of positive plates and a set of negative plates (see Figure 3) or a set of positive plates and a negative plate (see Figure 4). If the magnetization tank is a continuous process, the design of the water outlet and the water inlet is required. If it is a batch process, the design of the water inlet and the water outlet may be optional. In fact, if necessary, several magnetization tanks can be connected in series to form a continuous process. In the device and method of the present invention, materials such as a die plate, a platinum plate, a chimney plate, a copper plate, an iron plate, and the like are used, and a steel plate is more commonly used. Magnetizing tank design.Positive and negative electrode plate materials can be rust steel plate, oxidized inner plate, town alloy plate, zinc plate, platinum plate, titanium plate and non-scale.

200523217 One or more magnetization tanks in the device and method of the present invention can be used in series. If the power of the variable frequency pulse power supply is large enough, a variable frequency pulse power supply can be used as the power supply of one or more magnetization tanks. .

In the device and method of the present invention, if the content of minerals in the magnetized water is deemed insufficient, < adding solid stone in the magnetization tank to magnetize the ore and water together, so that the content of broken substances in the magnetized water can be increased, and the magnetization can be improved The carbonic acid hardness of water will definitely not affect the taste and mineral content of Li. After normal reverse osmosis water is magnetized with ore, its carbonic acid hardness will be within 20 to 5 Oppm, which is the best drinking water mineral content suitable for human drinking. [Implementation method]

After connecting the variable frequency pulse power supply to the magnetizing tank, the experiment was started and the following experimental data was obtained (see Tables 1 and 2). If the measured oxidation reduction potential of the magnetized water is not low enough, you need to increase the number of magnetization tanks. If the power of the variable frequency pulse power supply is large enough, you can consider one variable frequency pulse power supply to supply several magnetization tanks. In addition, you can also consider adjusting the output frequency and voltage of the variable frequency pulse power supply. In principle, the higher the output frequency and voltage, the better the magnetization effect. You can also consider adjusting the water flow speed. In principle, the slower the water flow speed, the better the magnetization effect.

Page 11 200523217 V. Description of the invention (6) Table I. Comparison of data before and after tap water magnetization Supplier (type) of measurement equipment before and after magnetization PH value 6. 8 6. 9 Suntex TS-1 Carbonate hardness 218 210 Milwaukee (CD-97) (ppm) Oxygen content 1. 7 9. 7 Milwaukee (SM-600) (ppm) Redox 280 -134 Milwaukee (SM-500) Potential value (mv) Table II, Comparison of data before and after reverse osmosis water magnetization Supplier of measuring equipment before and after magnetization (type) PH value 7 · 7 7.8 Suntech Instruments (Suntex TS-1) Carbonic acid hardness 18 19 Milwaukee (CD-97) (ppm) Rhenium content 7 · 4 9. 4 Milwaukee (SM-600) (ppm) Redox 280 -113 Milwaukee (SM-500)

Potential value (mv)

Page 12 200523217 V. Description of the invention (7) From the above two tables (Table 1 and Table 2), it can be found that the method and device of the present invention can effectively reduce the oxidation-reduction potential value of the magnetized water and increase the oxygen content of the water, and Magnetization itself has little effect on the pH of water and the hardness of carbonic acid.

Page 13 200523217 Brief description of the diagram Figure 1 is a simplified diagram of a variable frequency pulse power supply (two ground poles), where the number 103 is power (power), which is used to rectify AC power (110V, 60Hz) into DC power And the required voltage value, the number Π6 is the function setup (function parameter establishment), which is mainly to enter the required operating parameters, and then the calculation and processing results through the CPU No. 117, and then the display (display No. 118) (Board) 颟 Shows the current operating conditions and power output. In addition, the signal converter (No. 115) is a signal transmitted from the CPU to make an appropriate frequency oscillation to generate AC t (using variable frequency pulse width modulation) Principle to make the oscillation frequency). The other numbers and part names are as follows, No. 101 is the capacitor, No. 102 is the pole, No. 104 is the MOSFET P channel, No. 105 is the diode, No. 106 is the dipole, No. 107 is the MOSFET. P channel, No. 108 is a capacitor, No. 109 is a MOSFET N channel, No. 110 is a bipolar 艟, No. 111 is a ground electrode, No. 112 is a diode, No. 113 is a MOSFET N channel, No. 114 No. 119 and 120 are resistors, No. 121 is MOSFET N channel, No. 122 is diode, No. 123 is ground electrode, No. 124 is MOSFET N channel, and No. 125 is ground electrode , No. 126 is the diode, Nos. 127 and 128 are the positive output connected to the positive pole of the magnetizing tank in Figure 3, and Nos. 129 and 130 are the negative output connected to the negative pole of the magnetizing tank in Figure 3. Figure 2 is a simplified diagram of a variable frequency pulse power supply (one ground pole), where number 203 is power (power), which is used to rectify AC power (110 volts, 60 Hz) into DC power and the required voltage value. 21 6 for function

Page 14 200523217 The diagram briefly describes the setup (function parameter establishment), which mainly inputs the required operating parameters, and then calculates and processes the results through the CPU No. 217, and then displays them on the display No. 218. The current operating conditions and power output situation. In addition, the signal converter (signal conversion) No. 215 is a signal transmitted by the CPU to make an appropriate frequency oscillation to generate AC power (using the frequency conversion pulse width modulation principle to produce the oscillation frequency). . The other numbers and part names are as follows, No. 201 is the capacitor, No. 202 is the pole, No. 204 is the MOSFET P channel, Nos. 205 and 206 are diodes, No. 207 is the MOSFET P channel, and No. 2 08 No. 209 is the MOSFET N channel, No. 210 is the diode, No. 211 is the ground electrode, No. 212 is the diode, No. 213 is the MOSFET N channel, and No. 214 is the ground electrode. No. 219 is a resistor, No. 220 is a MOSFET N channel, No. 221 is a ground electrode, No. 222 is a two-pole ship, and No. 223 and 224 are positive outputs, which are connected to the positive electrode of Figure 4, and No. 225 is The negative electrode turns out and is connected to the negative electrode of FIG. Figure 2 shows the magnetized tank electrode design (two ground poles), where No. 31 is the water inlet, No. 32 is the water outlet, No. 33 is the water tank, Nos. 34A and 34B are negative electrode plates, and No. 35a * 35B is Positive pole plates, No. 36 and No. 3J are plate holders. The positive pole referred to here is connected to the positive pole of the variable frequency pulse power supply (Figure 1), and the negative pole is connected to the negative pole of the variable frequency pulse power supply (Figure 1). When the device is applied in batch process, it can be used without water inlet and outlet design or water inlet and outlet (numbers 32 and 31). Use number 31 as the water outlet and number 32 as the inlet and outlet. For a continuous process, the inlet and outlet can be designed as shown in Figure 3. If it is several magnetized

200523217 Brief description of the drawings When the tanks are connected in series, the water outlet of the first tank is connected to the water inlet of the second tank, and the rest is analogized. And the inlet flow rate can be quantified with a quantification pump. Figure 4 shows the design of the magnetization tank electrode (a ground electrode). The number 41 is the water inlet, the number 42 is the water outlet, the number 43 is the water tank, the number 44 is the negative electrode plate, and the numbers 45A and 45B are the positive electrode. Plates, No. 46 and No. 47 are plate holders. The connection method with the variable frequency pulse power supply is the same as that in Figure 3. When the batch and continuous processes are used, the inlet and outlet design of the magnetization tank is the same as that in Figure 3. The flow rate of the water inlet can be quantified with a quantitative pump.

Page 16

Claims (1)

200523217 VI. Application for patent scope 1. A method and device for manufacturing high-energy water, mainly composed of (1), variable frequency pulse power supply; it can supply current and voltage ranging from 1.5 to 200V, and the frequency range is from 500Hz to 30 OK Hz , And (2), magnetizing tank; a magnetizing tank composed of more than one positive electrode plate and one or more negative electrode plates, and the material of the electrode plate can be a rhenium plate, a platinum plate, a chimney plate, a non-clock steel plate, an oxidation clock Materials such as metal plates, town people's gold plates, copper plates and iron plates are connected by the positive and negative poles of Q. 2. As in the first item of the scope of patent application, when the supply voltage of the variable frequency pulse power supply ranges from 10 to 150V and the supply current frequency ranges from 1K to 200KΗζ, it is a more common and effective range. 3. As in the first item of the scope of patent application, its variable frequency pulse-balanced power supply uses a variable frequency pulsed power supply to supply the power of a magnetizing tank. The above four, as in the first item of the scope of patent application, the magnetization tank can be composed of a two-electrode plate and two negative-electrode plates or one negative-electrode plate: a zinc plate, a platinum plate, a titanium plate, and a stainless steel plate. Comparison of steel plates :: Materials used. τ instrument two constants 5. As in the first item of the scope of patent application, the magnetization process is a series of magnetization tanks with more than one magnetization tank. A