JP3033888U - Purification water heater - Google Patents

Abstract

(57) [Summary] [Purpose] The purpose is to provide a purification water heater. [Structure] A water storage tank 1, a conductive basket body 5 which is filled therein with charcoal 3 for purifying water 2 in the water storage tank 1 and has a water passage hole 4, and one half of one cycle
In the wave, it has three peaks 6, 7, and 8 and two valleys 9 and 10, and the front two peaks 6 and 7 are low and the third peak 8 is high. A high voltage waveform generator 11 serving as a terminal, and the high voltage waveform generator 11 includes a variable resistor 1 on both pole sides 13 and 14 output from the variable transformer 12.
5 is provided with a circuit in which a diode 16 in the opposite direction is provided in parallel, and a high voltage transformer 20 for outputting the waveform of a waveform conversion circuit 18 connected by a capacitor 17 from an output terminal 19 at a high voltage is characterized.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 The present invention relates to a purification water heater that can purify water such as tap water by removing harmful substances such as chlorine and can reduce the clusters (aggregate particles) of water molecules to activate water. .

[0002]

[Prior art]

 Some conventional purification water purifiers try to activate water by simply removing the harmful substances such as chlorine in the water with a filter medium such as activated carbon to reduce the clusters of water molecules by passing through the rock particle layer. .

[0003]

[Problems to be solved by the invention]

 The conventional water purifier described above could remove harmful substances such as chlorine in water with a filter medium such as activated carbon, but the effect of reducing water molecule clusters due to passage through the rock particle layer was hardly recognized, and Was not as effective as activating.

Recently, there has been much interest in beautiful water and clear water, and the pursuit of pureness has progressed today. The water produced depends on the high energy of the water. 65% of the human body is made of water. Normally, you are healthy when your body has small water clusters. Therefore, drinking activated water with small clusters helps maintain and improve health. Water with low energy has large water molecule clusters and low activity rate, and water with high energy has small water molecule clusters and high activity rate.

The present invention is intended to provide a purification water heater that can solve the above problems.

[0006]

[Means for Solving the Problems] The present invention is intended to purify water in a water storage tank that is insulated from the surroundings and the water inside the water storage tank that is inserted so that the power conducting unit does not come into contact with the water storage tank. A conductive basket with a large number of water holes filled with charcoal, and an output terminal for activating the water in the water storage tank. It consists of a high-voltage waveform generator that features an output waveform with two valleys in the front and two peaks in the front and a high in the third peak. This high-voltage waveform generator transforms the input AC current. A variable transformer and a circuit in which a variable resistor and a diode in the reverse direction are parallel are provided on both the positive and negative sides output from this variable transformer, and the circuit on the plus side and the minus side are connected to a capacitor. Connect with diode integration A waveform conversion circuit and road, than it also relates to purified water activation device characterized by having a high voltage transformer for outputting a high voltage waveforms of the waveform converting circuit from one of the output terminals through the basket portion.

This invention is filled with a water storage tank which is insulated from the surroundings, and charcoal for purifying the water in the water storage tank by putting the water storage tank so that the conducting part is not in contact with the water storage tank. A conductive basket with a large number of water holes, and an output terminal for activating the water in the water storage tank, which was used as an output terminal, and three peaks were rectified in the positive direction in all 1/2 waves. It consists of a high-voltage waveform generator that features an output waveform that has two valleys, two peaks in the front and a high peak in the third, and this high-voltage waveform generator receives the input AC current. A variable transformer for transforming a variable resistor and a circuit in which a variable resistor and a diode in the reverse direction are parallel are provided on both the positive and negative sides output from this variable transformer. Connect with a condenser A waveform conversion circuit that is an ion integration circuit, a high-voltage transformer that outputs the waveform of this waveform conversion circuit at a high voltage from one output terminal through the basket, and one or more required number distributions in front of the output terminals. The present invention relates to a purification water heater having a positive-direction diode for rectifying the generated output waveform in the positive direction.

The charcoal inside the basket having a large number of water passage holes adsorbs and purifies chlorine and the like contained in the water in the water storage tank.

The basic theory of the electric circuit of the high-voltage waveform generator is that the input AC current has a current characteristic with respect to the reverse load of the voltage-current characteristic curve of the diode, and the integration circuit of a diode and a capacitor. Waveform conversion circuit that uses two waveform characteristics together has three peaks and two valleys in a half wave of one cycle, the front two peaks are low and the third peak is high. It is to create a waveform.

Another basic theory of the electric circuit of the high-voltage waveform generator is to combine the current characteristic of the diode against the reverse load of the voltage-current characteristic curve with respect to the input alternating current, and the diode and the capacitor. By using a waveform conversion circuit that uses two of the waveform characteristics of the integrator circuit and arranging a diode in the positive direction on the output side, there are three waves in a half wave in which one cycle is rectified in the positive direction. It has two peaks and two valleys, the first two peaks are low and the third peak is high. Arranging the required number of one or more diodes in the positive direction depends on the output voltage.

A more detailed description will be given in order. First, the input waveform is a sine curve alternating current. Next, the reverse load applied to the diode is controlled by adjusting the variable transformer and variable resistance to create a waveform with two low peaks and one valley. In this case, when the variable resistance is increased and a large load is applied to the diode in the reverse direction with respect to the input voltage, the valley becomes deep, and when the variable resistance is decreased and the load applied to the diode in the opposite direction is decreased, the valley becomes shallow. . There are two of these circuits because one circuit acts on the plus side waveform and the other circuit acts on the minus side waveform. Next, these two circuits are connected by a condenser to form an integrating circuit, and two high peaks are formed after two low peaks. As a result, there are 3 peaks and 2 valleys Creates a waveform with a low mountain and a high third mountain. Increasing the capacity of the capacitor raises the height of the third peak, and decreasing it lowers it. When the variable resistance is raised and a large load is applied to the diode in the reverse direction with respect to the input voltage, the two valleys become deep, and when the variable resistance is lowered and the load applied to the diode in the reverse direction is reduced, two valleys are generated. It becomes shallow. The waveform can be adjusted by these adjustments.

According to the high voltage waveform generator in which the diode in the positive direction is arranged in front of the output terminal, all the output waveforms are rectified in the plus direction, and one cycle is 3 in the 1/2 wave rectified in the plus direction. The output waveform has two peaks and two valleys, the first two peaks are low and the third peak is high.

On the output side, one from the high voltage transformer is used as an output terminal side for generating a high voltage waveform, and the other is left as a body ground and is not used as an output terminal.

It is necessary to keep the water storage tank insulated from the surroundings and to prevent the conductive part of the basket from coming into contact with the water storage tank so that the water in the water storage tank is charged with high voltage negative ions. This is because the high voltage waveform energy is applied. Not only can the car body be able to purify the water with the charcoal inside, but the car body has a mesh-like structure that has a large number of water passage holes, so the high-voltage negative ions are efficiently charged to the water inside and outside the car body. High voltage waveform energy can be applied.

An output waveform having three peaks and two valleys with the first two peaks being low and the third peak being high in 1/2 wave of one cycle, or one cycle being all rectified in the positive direction The output waveform that has 3 peaks and 2 valleys and has 2 peaks low and 3 peaks high in the half wave that was generated is one low peak starting from 0, It means that the movement to return to 1 valley, 1 low mountain, 1 valley, 1 high mountain, and 0 returns to the positive side or the negative side during one wave. When this high-voltage waveform energy is applied to water, clusters of water molecules are activated by this special wave, where they are finely divided and reduced in size to increase their energy. A cluster of water molecules first undergoes small energy waves from two low mountains to oscillate, and then undergoes a large energy wave from one high mountain to split. As a result of such a complex waveform, the cluster of water becomes smaller and the energy becomes larger during one wave.

The electrical basic waveform generated by human body tissue has exactly three peaks and two valleys in a half wave of one cycle, and the two peaks in the front are low and the third peak is It has a high waveform. Waveforms in muscle appear on both sides of the pole, and electrocardiograms and electroencephalograms (alpha waves) appear only on the plus side. The electrical waveform used in the present invention is similar to these biological waveforms. By giving water a high-voltage waveform similar to the biological waveform, it becomes activated water that is highly effective for the health of the living body.

On the other hand, in the case of a sine curve type, a mountain type, a digital pulse type, etc., whose output waveform is a simple shape, one peak is formed in a half wave of one frequency cycle, and the valley is Absent. We tried to activate water with these waveforms, but no significant change was observed in the cluster of water molecules.

[0018]

BEST MODE FOR CARRYING OUT THE INVENTION

 Embodiments of the invention will be described based on examples with reference to the drawings, but needless to say, the present invention should not be limited thereto.

As shown in FIG. 1 (A), reference numeral 1 is a water storage tank provided with an insulating pedestal 21 at the bottom and insulated from the surroundings (floor, desk, etc.), and has a drain faucet 22. doing. Water is supplied to the inside by removing the insulating upper lid 23. An insulator 24 is provided on the upper lid 23, and a conductive hook 26 having a connection terminal 25 is arranged on the insulator 24. As high voltage ions are generated, an induced current is generated in the water tank 1 within about 40 cm. To prevent this, the height of the pedestal 21 should be set to 40 cm or more, or the pedestal 21 The radius can be set to 40 cm or more, or it can be hung from the ceiling / wall / floor by 40 cm or more with a string having an insulator in between.

In the figure, reference numeral 5 indicates a conductive material having a large number of water passage holes 4 filled in with charcoal 3 for purifying water 2 in the water storage tank 1 that is placed inside the water storage tank 1 so as not to come into contact with conductive parts. It is a basket. Bincho charcoal was used as the charcoal 3 of this example. Insulating legs 27 are provided on the bottom of the basket 5 so that the conductive parts do not come into contact with each other. The basket body 5 is suspended above the hook 26 by the conductive wire 2 because the conductive portion does not come into contact with the water storage tank 1 and the basket body 5 becomes an output terminal by receiving a high voltage.

Reference numeral 11 shown in FIGS. 1 (B) and 2 (A) shows that a conductive cable 29 connected to the output terminal 19 of the drawing is connected to the connection terminal 25 of the water storage tank 1 to generate a high voltage waveform. It is a high-voltage waveform generator that is generated. In the internal circuit of the high-voltage waveform generator, first, the variable transformer 12 that transforms an alternating current is arranged on the input side, and the positive side 13 and the negative side 14 output from the variable transformer 12 are respectively changed. A circuit in which the resistor 15 and the diode 16 in the opposite direction are parallel is provided, and the circuit of the plus side 13 and the minus side 14 is connected by a capacitor 17 to form a waveform converting circuit 18 which is a diode integrating circuit. It has a high voltage transformer 20 for outputting the waveform of the circuit 18 from one output terminal 19 through the basket body 4 at a high voltage. The other terminal 30 of the high voltage transformer 20 is a body ground 30 which is not connected to any other terminal. In the present embodiment, the resistors 31 are arranged on both of the lines coming out of the high voltage transformer 20, respectively, but the resistors 31 may not be necessary in some cases.

According to the high voltage generator of the circuit of FIG. 1 (B), as shown in FIG. 1 (C), three peaks 6, 7, 8 and 2 peaks are generated in a 1/2 wave of one cycle. The first two crests 6 and 7 having valleys 9 and 10 are low, and the third crest 8 is high to generate an output waveform.

The circuit diagram of FIG. 2A shows a high voltage waveform generator in which a diode 16 in the forward direction is arranged in front of the output terminal 19. From this device, as shown in FIG. 2B, there are three peaks 6, 7, 8 and two valleys 9, 10 in the 1/2 wave in which one cycle is rectified in the plus direction. It is possible to generate an output waveform in which the front two peaks 6 and 7 are low and the third peak 8 is high.

In the present embodiment, the variable transformer 12 is a 0-125V variable slider, the variable resistor 15 is a variable resistor (volume) of 0-500kΩ, the diode 16 is a withstand voltage of 200V and the withstand current is 4mA or more and 400V10mA, and the capacitor 17 is a variable resistor. Capacitor waveform specification is 2.2μF 50V or more, and the high voltage transformer 20 is 100 to 200 times.

An example of purified activated water using this embodiment will be described. Primary voltage of input AC current is 100V. Working current 0.4A. Frequency 50-60 times / sec. 1.25 kg of charcoal 3 (Bincho charcoal) was used for 10 liters of water 2, and 5 kg of charcoal 3 was used for the 40 liter water storage tank 1 in this example. Secondary voltage is 10,000-20,000V. The water in the water storage tank 1 is 40 to 200 liters. Purified active water treatment time is ideally 8 hours or more, 48 hours ideal. As a result, the residual chlorine was 0.25 ppm, but it was 0. It decreased to 20 ppm, and the cluster had a total hardness of 120 ppm but decreased to 80 to 100 ppm.

If the purpose is a fixed single waveform, the variable transformer 12 can be fixed and can be replaced by a resistor. The variable resistor 15 can be replaced by a fixed resistor. The withstand voltage and withstand current of the diode 16 can also be changed depending on the scale. The condenser 17 can also be a fixed condenser. The high voltage transformer 20 selects the scale factor for the input voltage and the output purpose.

[0027]

[Effect of the invention]

 According to the above-described water purification device according to the present invention, the charcoal inside the basket having a large number of water passage holes can adsorb and purify chlorine and the like contained in the water in the water storage tank.

Further, by using the high voltage waveform generator, the current characteristic of the diode against the reverse load of the voltage-current characteristic curve and the waveform characteristic of the integrating circuit combining the diode and the capacitor are shown for the input alternating current. Using a waveform conversion circuit that uses two in combination, in the 1/2 wave of one cycle, there are 3 peaks and 2 valleys, the previous 2 peaks are low and the 3rd peak is high. By using a transformer with a high voltage waveform and a water tank that is insulated from the surroundings and has multiple water passage holes that are placed so that the conductive parts do not contact, the output terminal can be High-voltage negative ions can be charged against water to efficiently apply high-voltage waveform energy for activation.

Further, a waveform conversion circuit that uses two of the current characteristic with respect to the load in the reverse direction of the voltage / current characteristic curve of the diode and the waveform characteristic of the integrating circuit that combines the diode and the capacitor with respect to the input alternating current By using a high voltage transformer with a high voltage waveform and arranging a diode in the positive direction on the output side, one cycle is rectified in the plus direction. A basket that has a valley with two peaks at the front and a high peak at the third peak, and has a large number of water holes that are placed so that the conductive parts do not contact the water tank that is insulated from the surroundings. By using the body as an output terminal, high-voltage negative ions can be charged to water inside and outside the basket body, and high-voltage waveform energy can be efficiently applied to activate the water.

A waveform having three peaks and two valleys with the first two peaks being low and the third peak being high in a half wave of one cycle, or all one cycle being rectified in the plus direction In addition, when the high voltage waveform energy of the wave which has 3 peaks and 2 valleys in the 1/2 wave and has 2 peaks in the front and a high peak in the 3rd is added to water, clusters of water molecules become When it receives a special wave, it splits into smaller pieces and becomes smaller, and the energy rises and it is activated. The cluster of water molecules first undergoes vibration due to the small energy waves of two low mountains, and then it is split by the large energy wave of one high mountain. As a result of such a complex waveform during one wave, the water clusters become smaller and the energy increases as they continue to be shaken and shaken.

When the capacitance of the capacitor is increased, the height of the third peak becomes higher, and when the capacitance is decreased, the height of the third peak becomes lower. When the variable resistance is increased with respect to the input voltage and a large load is applied to the diode in the reverse direction, the two valleys become deep. , Lowering the load on the diode in the opposite direction reduces the two valleys. The waveform can be adjusted by these adjustments.

The electrical basic waveform generated by the human body has exactly three peaks and two valleys in the 1/2 wave of one cycle, and the first two peaks are low and the third peak is It has a high waveform. Waveforms in muscle appear on both sides of the pole, and electrocardiograms and electroencephalograms (alpha waves) appear only on the plus side. The electrical waveform used in the present invention is similar to these biological waveforms. By giving water a high-voltage waveform similar to the biological waveform, it becomes activated water that is highly effective for the health of the living body.

[Brief description of the drawings]

1 shows an embodiment of a water purifier according to the present invention, (A) is an explanatory diagram of the entire apparatus, (B) is a circuit diagram of a high voltage waveform generator, and (C) is an output waveform diagram thereof. is there.

2A and 2B show an embodiment of a water purifier according to the present invention, wherein FIG. 2A is a circuit diagram of a high voltage waveform generator, and FIG. 2B is an output waveform diagram thereof.

FIG. 3 is a partial cross-sectional enlarged view of an insulator portion of the upper lid of the water storage tank.

[Explanation of symbols]

 1 Water tank 2 Water 3 Charcoal 4 Water hole 5 Basket 6 First low mountain in the output waveform 7 Second low mountain in the output waveform 8 Third high mountain in the output waveform 9 1 in the output waveform Eye valley 10 Second valley in output waveform 11 High voltage waveform generator 12 Variable transformer 13 Positive side 14 Negative side 15 Variable resistance 16 Diode 17 Capacitor 18 Waveform conversion circuit 19 Output terminal 20 High voltage transformer

 ─────────────────────────────────────────────────── ─── Continuation of the front page (72) Creator Nobuhiko Tsuge 150 at 95 Mukoyashiki, Maehara, Inuyama City, Aichi Prefecture

Claims (2)

[Utility model registration claims] 1. A water storage tank (1) which is insulated from the surroundings, and water (2) in the water storage tank (1) which is placed inside the water storage tank (1) so as not to come into contact with a conductive part and purifies water (2) in the water storage tank (1) A conductive basket body (5) having a large number of water passage holes (4) filled with charcoal (3) to activate the water (2) in the water storage tank (1). 3 peaks (6) in 1/2 wave of 1 cycle as an output terminal for
(7) (8) and two valleys (9) (10) with a high peak characterized by an output waveform where the front two ridges (6) (7) are low and the third ridge (8) is high. Consisting of a voltage waveform generator (11),
The high voltage waveform generator (11) includes a variable transformer (12) for transforming an input alternating current, and a plus side (13) and a minus side (14) output from the variable transformer (12). A circuit in which a variable resistor (15) and a diode (16) in the opposite direction are parallel to each other is provided on both sides, and the circuit on the plus side (13) and the minus side (14) are connected by a capacitor (17) to form a diode integration circuit. And a high-voltage transformer (20) for outputting the waveform of the waveform conversion circuit (18) from one output terminal (19) through the basket body (4) at a high voltage. Purifying water heater characterized by. 2. A water storage tank (1) which is insulated from the surroundings, and a water (2) in the water storage tank (1) which is placed inside the water storage tank (1) so that the conductive parts do not come into contact with each other to purify the water (2). A conductive basket body (5) having a large number of water passage holes (4) filled with charcoal (3) to activate the water (2) in the water storage tank (1). As an output terminal for making 1 cycle all rectified in the positive direction 1
/ 2 wave has 3 peaks (6) (7) (8) and 2 valleys (9) (10) and the front 2 peaks (6) (7) are low 3
The second peak (8) comprises a high-voltage waveform generator (11) featuring a high output waveform, and the high-voltage waveform generator (11) transforms the input AC current by a variable transformer ( 12) and a circuit in which a variable resistor (15) and a diode (16) in the opposite direction are paralleled to both the positive side (13) and the negative side (14) output from the variable transformer (12). A waveform conversion circuit (18) which is provided and which connects the plus side (13) and minus side (14) circuits with a capacitor (17) to form a diode integrating circuit, and outputs the waveform of this waveform conversion circuit (18) on one side. Terminal (19)
High voltage transformer (20) for outputting a high voltage through the basket body (4), and a positive direction for rectifying in the positive direction one or more required output waveforms arranged in front of the output terminal (19). A water purifier having a diode (16) according to 1.