KR101711398B1 - Magnetized water generation and disinfection appratus in real time - Google Patents

Abstract

The present invention relates to a magnetized water real time sterilizing apparatus.
In the present invention, a microwave irradiating unit; A microwave induction housing part having an inner space shaped to increase a space toward the lower side for guiding the microwave emitted from the microwave irradiation part to the lower side; A spiral pipe housing part coupled to a lower end of the microwave induction housing part and having an internal space having a smaller space toward the lower side; And a plurality of magnetizers disposed adjacent to the outer side of the spiral pipe housing part and spaced apart from each other at a predetermined interval, wherein the spiral pipe housing part includes a spiral pipe part spirally arranged from the upper side to the lower side along the inner wall of the spiral pipe housing part And a piping unit for supplying water, which is integrally connected to the spiral piping unit, sequentially through the plurality of magnetizing units and to the upper side of the spiral piping unit.

Description

[0001] The present invention relates to a magnetized water generation and disinfection appratus in real time,

The present invention relates to real time magnetized water generation and magnetized water sterilization apparatus. More particularly, the present invention relates to a method for producing magnetized water by passing water through a plurality of magnetization apparatuses in a plurality of stages, passing generated magnetized water through a spiral pipe whose diameter decreases from the upper side to the lower side, So that the microwaves are simultaneously irradiated from the upper side to the lower side of the spiral pipe to sterilize the magnetized water.

A device for purifying water by passing water through a filtration filter, a device for making magnetizing water by passing through a magnetizing device before or after passing through a filtering filter, and a device for sterilizing and purifying water by irradiating microwaves to water passing through a pipe have.

A magnetized water purifier of Korean Registered Utility Model No. 20-0226510 (Announcement date June 15, 2001) concerning a device for making magnetization constant is registered.

The regeneration design is characterized in that a water filter connected to an inlet side of a water supply line and having a filter for filtering a specific harmful component is connected to a discharge side to which purified water is purified and discharged, A plurality of purified water filters connected in series such that a discharge side to which an inflow side is connected to the discharge side of the water is purified and discharged, and another water filter having a built-in filter is connected; The other end is connected to the discharge line of the water, and a strong magnetic field is generated in the water supplied to the water filter from the water filter, thereby preventing scale formation due to impurities, And a hexagonal processor coupled to be generated.

As a sterilizing device using a microwave, Korean Patent Application Laid-open No. 10-2006-0068477 (published on June 21, 2006) discloses a sterilizing device for sterilizing water using a microwave.

The present invention relates to a vacuum cleaner comprising: a first inlet frame having a first inlet pipe through which wastewater flows; A first outflow frame having a first outflow pipe through which purified water is discharged; At least one spiral tube disposed between the inflow frame and the outflow frame and wound so that the flow path of the wastewater flows concentrically; At least one microwave emitter for generating a sterilizing microwave and emitting the microwave towards the spiral tube; And a reflecting case for receiving the helical tube and reflecting the microwave emitted from the microwave emitting means.

According to the present invention, since the wastewater flows through the spiral tube with a long distance at a high speed, the sterilizing process can be performed over a wide area in a short time, and the microwave incident toward the inside of the spiral tube is reflected The wastewater passing through the spiral tube can be uniformly sterilized by the action of re-entering the spiral tube, thereby effectively sterilizing the wastewater.

The above registration design is intended to generate magnetized water by allowing water passing through the filter to pass through one magnetizer, and incomplete magnetized water is generated in only one passage of the magnetizer. Therefore, There is a problem that it can not be used.

Since the microwaves are radiated in the vertical direction of the pipe, the microwaves are uniformly irradiated to the pipe of the right end length from the left end, A long microwave irradiation apparatus is required because it must be irradiated long in the longitudinal direction. Therefore, in the configuration of the present invention, microwaves are not uniformly and simultaneously irradiated to the piping.

Therefore, there is a need for a magnetization apparatus capable of passing water through a multi-stage magnetization unit to subdivide the clusters of water as much as possible, and a system for real-time magnetized water generation and magnetized water sterilization including magnetized water discharged from the magnetization apparatus, An invention is desired.

Registered Utility Model No. 20-0226510 of Korea Registered (June 15, 2001) Korean Patent Publication No. 10-2006-0068477 (published on June 21, 2006)

It is an object of the present invention to provide a magnetizing apparatus for generating magnetized water by making water clusters as fine as possible by passing water through a magnetizing unit having a plurality of stages, The present invention provides a real time magnetized water generating and magnetized water sterilizing device including a magnetized water real time sterilizing device for performing a strong sterilizing effect by continuously exposing and continuously repeatedly exposing a microwave.

According to an aspect of the present invention, there is provided a microwave irradiation unit for generating and irradiating a microwave; A microwave guiding housing part for guiding the microwave irradiated from the microwave irradiating part to the lower part, the microwave irradiating part being provided at an upper end and having an inner space formed to have a wider diameter toward the lower end; A spiral pipe housing part in which an upper end opened at a lower end of the microwave induction housing part is coupled and an inner space is formed so that the diameter becomes smaller toward the lower part and a lower end is closed so that a pipe is spirally installed along the inner wall; A spiral pipe unit for spirally supplying water spirally arranged so as to have a smaller diameter from the upper side to the lower side along the inner wall of the spiral pipe housing part;

There is provided a magnetized water real time sterilizing device including a magnetizing unit including at least two magnetizing units provided adjacent to the sterilizing unit with a predetermined interval so that piping for supplying magnetized water to the helical pipe unit sequentially pass.

According to the real time magnetized water generating and magnetizing water sterilizing apparatus of the present invention including the self-makeup teeth and the magnetized water real time sterilizing unit, water is passed through a magnetizer formed in a multi-stage so as to subdivide water clusters as much as possible to generate magnetized water, By exposing and sterilizing by continuously repeated exposure, it is possible to simultaneously perform a complete magnetized water generation effect and a strong sterilization effect.

BRIEF DESCRIPTION OF DRAWINGS FIG. 1 is a schematic block diagram of an embodiment of a real time magnetized water generating and magnetized water sterilizing apparatus of the present invention. FIG.
FIG. 2 is a schematic plan configuration diagram of a main part of a makeup toothbrush and a sterilizing device of a real time magnetized water generating and magnetizing apparatus of the present invention.
3 is an explanatory diagram of a process of magnetically sterilizing purified water in the embodiment of the real time magnetized water generating and magnetized water sterilizing apparatus of the present invention.
FIG. 4 is a schematic block diagram of an embodiment of a main part of a magnetizing apparatus according to an embodiment of the instantaneous magnetized water generating and magnetizing apparatus of the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. BRIEF DESCRIPTION OF DRAWINGS FIG. 1 is a schematic block diagram of an embodiment of a real time magnetized water generating and magnetized water sterilizing apparatus of the present invention. FIG. As shown in FIG. 1, the real-time magnetized water generating and magnetized water sterilizing apparatus of the present invention comprises a housing unit 10 for housing a real time magnetized water generating and magnetizing water sterilizing apparatus of the present invention, a microwave irradiating unit (110); A microwave guide housing part 120 for guiding the microwave irradiated from the microwave irradiating part 110 downward is formed in the upper part of the microwave irradiating part 110 and the inner space is formed so as to have a larger diameter toward the lower end, Wow; A spiral pipe housing part 130 in which an upper end opened at a lower end of the microwave induction housing part 120 is coupled and an inner space is formed so that the diameter becomes smaller toward the lower part and a lower end is closed so that a pipe is spirally installed along the inner wall; ; A housing coupling part 140 for hermetically coupling the microwave induction housing part 120 and the spiral pipe housing part 130; A sterilizing device unit 100 for sterilizing magnetized water including a helical pipe unit for passing water spirally arranged so that the diameter decreases from the upper side to the lower side along the inner wall of the spiral pipe housing unit 130;

At least two magnetizing apparatuses 210 disposed in proximity to the sterilizing apparatus unit 100 at predetermined intervals so as to sequentially pass piping units 300 for supplying magnetized water to the spiral piping unit of the sterilizing apparatus unit 100, 220) < / RTI >

The base 20 may include a base 20 for mounting the sterilizing device 100 and the self-aligning tool 200 integrally formed at the lower end of the housing 10, And a moving means 30 for allowing movement of the magnetized water real time sterilizing device of the magnetized water realizing device.

A sterilizing device support base 40 and 50 for supporting the sterilizing device 100 such that the sterilizing device 100 is spaced upward from the base 20 by a predetermined distance; A magnetization base stage 60 and 70 for supporting the magnetization base 210 so as to be positioned at a predetermined distance from the upper side of the housing 20 to prevent the magnetic field of the magnetizers 210, And a magnetizer protecting cover 80 provided on the magnet assembly 10.

The housing part 10 may be formed of a metal plate, a wooden plate, or a synthetic resin plate, preferably of a rectangular parallelepiped shape, capable of accommodating the sterilizing device part 100 and the decorative tooth part 200.

The microwave irradiator 110 includes a magnetron and a waveguide formed of a high frequency inductor. A magnetron is an electron tube for generating a microwave. A cylindrical anode and a cylindrical concentric axis thereof are set as a cathode, and a uniform magnetic field is applied in the axial direction to generate a microwave. The microwaves are output in a frequency band of approximately 915 MHz to 2,450 MHz. When the frequency of the microwave is equal to the natural frequency of the bacteria, the bacteria are killed by causing resonance. Further, when the frequency of the microwave is equal to the natural frequency of the particles of water, the water may become hot and sterilized due to the heating phenomenon due to the resonance.

The microwave guide housing part 120 is provided with a top opening so that the microwave irradiation part 110 installed at the top part is fixedly installed and irradiates microwaves downwardly. Preferably, the top opening part has a predetermined obtuse angle For example, four diamond-shaped sidewalls formed to extend downward, so as to form an inner space having a greater distance from the upper side to the lower side. The lower ends of the four side walls are formed with a housing coupling part 140 that can be screwed with the upper end of the spiral pipe housing part 130.

The helical pipe housing part 130 may be formed in a shape in which the microwave induction housing part 120 is turned upside down. However, the lower end is closed. The upper end of the microwave guide housing part 120 is formed with a housing coupling part 140 which can be screwed with the lower end of the microwave guide housing part 120.

The piping may be spirally arranged from the upper part to the bottom surface of the lower end part along the four inner walls which become narrower from the upper side to the lower side of the helical pipe housing part 130. [

The sterilizer unit 100 having the microwave irradiation unit 110, the microwave induction housing unit 120 and the spiral pipe housing unit 130 coupled thereto is supported by a plurality of sterilizing device supports 40, (20). Preferably, the sterilizing device part 100 is spaced a predetermined distance from the base 20 by the sterilizing device supports 40 and 50.

The magnetism adjusting unit 200 may be composed of four magnetizers installed close to the four sidewalls of the spiral pipe housing unit 130. Four first magnetizers 210, a second magnetizer 220, a third magnetizer 230 and an unillustrated fourth magnetizer 240 are disposed on the base 20 in a plurality of magnetization base stations 60 ) 70, respectively. In this case, it is preferable that the magnetizer is spaced a predetermined distance from the base 20 by the sterilizing device supports 40 and 50.

The piping unit 300 is installed so as to sequentially pass through the four magnetizers and the piping unit 300 is connected to a helical piping unit installed inside the spiral piping housing unit 130.

FIG. 2 is a schematic plan configuration diagram of a main part of a makeup toothbrush and a sterilizing device of a real time magnetized water generating and magnetizing apparatus of the present invention. As shown in Fig. 2,

The first to fourth magnetizers 210, 220, 230, and 240 are installed outside the four sidewalls of the spiral pipe housing part 130, respectively. In addition, four magnetization protecting covers 80a, 80b, 80c, 80d (80d, 80d, 80d, 80d, 80d, 80d, 80d) Is formed. The piping unit 300 passes the inlet piping unit 310 through the first magnetizing apparatus 210 and then through the second, third and fourth magnetizing apparatuses so that the four spout pipe housing units 130 And a spiral pipe portion 330 spirally extending from the bottom surface to the bottom surface along the inner wall, and is drawn to the outlet pipe portion 320 from the bottom surface. As shown in the drawing, the spiral piping unit 330 has a structure in which all pipes from the upper part to the bottom part are seen when viewed from above.

The piping unit 300, the inflow piping unit 310, the spiral piping unit 330, and the outflow piping unit 320 have been described separately for convenience of explanation of the present invention. The piping may preferably be a synthetic resin tube.

3 is an explanatory diagram of a process of magnetically sterilizing purified water in the embodiment of the real time magnetized water generating and magnetized water sterilizing apparatus of the present invention. As shown in FIG. 3, water is magnetized primarily through the first magnetizer 210 through the piping. As the primary magnetized water passes through the second magnetizing device 220, the third magnetizing device 230 and the fourth magnetizing device 240, the water that has not formed the six clusters is passed through the multi-stage magnetizing device, Hexagonal hexagonal structures with water molecules are produced. The magnetized water passing through the fourth magnetizing machine 240 flows into the spiral pipe portion 330 through the upper inlet pipe portion 310 of the spiral pipe housing portion 130 and flows along the spiral pipe to the lower floor surface It flows with sufficient time. The microwave 111 irradiated from the microwave irradiation unit 110 is simultaneously irradiated from the upper side to the bottom side of the spiral piping unit 330 by the microwave induction housing unit 120. Therefore, the magnetized water flowing through the spiral piping 330 is continuously exposed to the microwave while flowing through the spiral piping 330. As described above, the magnetized water flowing through the spiral pipe portion 330 of the present invention is simultaneously, continuously, and repeatedly exposed to microwaves, so that magnetized sterilized water sufficiently sterilized can be obtained.

In the embodiment of the present invention, water supplied to the microwave sterilizing unit is generated and supplied as hexagonal magnetized water because it is essential to obtain a magnetized hexagonal water with maximized absorption power. By dividing and ionizing clusters of water in multiple stages, To metabolize the metabolism of the microwave sterilizing effect is to further improve the sterilization.

FIG. 4 is a schematic block diagram of an embodiment of a magnetizing apparatus of a magnetizing apparatus, which is a main part of an embodiment of a real time magnetized water generating and magnetizing apparatus according to the present invention. As shown in FIG. 4, the magnetizing device of the present invention includes: a housing (not shown) for housing a permanent magnet therein; A tubular passage formed to allow the piping section (300) to pass therethrough; An upper iron plate 211 on the upper side of the cylinder block and disposed on the inner side of the housing; A first upper magnet 212 having an N pole at one end thereof and an S pole at the other end thereof facing the upper iron plate 211; A second upper magnet (213) installed at a lower portion of the first upper magnet (212) so that the polarity of the first upper magnet (212) is opposite to the polarity of the first upper magnet (212); A third upper magnet (214) facing the second upper magnet (213) with a polarity opposite to that of the second upper magnet (213) and having a lower surface facing the passage; A lower side iron plate (218) made of a steel plate and provided on an inner surface of the housing at a lower side of the through hole; A first lower magnet 217 having N poles at one end thereof and S poles at the other end thereof facing the lower iron plate 218; A second lower magnet (216) installed on an upper portion of the first lower magnet (217) so as to face the polarity opposite to the polarity of the first lower magnet (217); And a third lower magnet (215) having an opposite polarity to the polarity of the second lower magnet (216) on the upper portion of the second lower magnet (216) and having an upper surface facing the passage.

The embodiment of the magnetizing device of the present invention is structured so as to obtain strong magnetic force at low cost. A magnet having a strong magnetic force (gauss) of a magnet is difficult to handle and expensive, and thus is not suitable for application to the magnetizing machine of the present invention. Therefore, a structure in which a plurality of magnets that emit a proper magnetic force are stacked so as to generate a pushing force between the upper side and the lower side with respect to the through-hole is formed. It is possible to maintain a strength of 100% in a first stage, an additional strength of about 25% in a second stage, and an additional strength of about 15% in a three-stage lamination by a three- And then the steel plate of the steel plate is laminated on the three-layer laminated magnet so as to obtain an additional strength of about 10%.

The embodiments of the present invention described above are only a few of various embodiments of the present invention. A magnetizing unit for magnetizing water formed by sequentially arranging a plurality of magnetizers of the present invention and an inverted triangle for simultaneously and continuously and repeatedly irradiating a microwave for sterilizing the magnetized water passing through the magnetizing unit It goes without saying that various embodiments corresponding to the technical idea including the spiral piping section are included in the protection scope of the present invention.

100: sterilizing unit
200: Make-up brush
300:

Claims (10)

A microwave irradiation unit;
An upper opening is formed to fix the microwave irradiating unit installed at the upper end and irradiate the microwave downward, an inner space formed to extend downward from the upper end, an inner space having a larger distance from the upper side to the lower side, and a lower end A spiral pipe housing part having an opened upper end coupled to a lower end of the microwave induction housing part and having an inner space narrowed from the upper side to a lower side and having a bottom surface at a lower end; And a spiral piping portion including a spiral piping portion formed of a synthetic resin material and having a water supply portion at an upper side and a hose having a predetermined length in a cylindrical shape having a cylindrical cross section and contacting the inner wall of the spiral pipe housing portion and being spirally formed from the upper side to the lower side, ;
A lower steel plate having a predetermined thickness, a width and a length, a lower steel plate having a predetermined thickness, width and length corresponding to the upper steel plate, and a lower steel plate accommodated in the lower portion of the upper steel plate, A plurality of superimposed rectangular lower permanent magnets each having a length corresponding to the length of the lower iron plate and having a length corresponding to the length of the lower iron plate, A plurality of magnetizers each having a through hole formed in the longitudinal direction between the upper permanent magnet and the lower permanent magnet and spaced apart from the sterilizing device by a predetermined distance;
A pipe portion having a water supply portion for supplying water and a water drain portion for draining the magnetized water, the pipe portion being inserted into the through hole of the plurality of magnetizers and the water drain portion being connected to the water supply portion of the spiral pipe portion,
Wherein the water discharge portion of the piping portion and the water supply portion of the spiral piping portion are integrally formed or coupled to each other;
Water supplied to the water supply portion of the piping portion is ionized stepwise by the plurality of magnetizers while passing through the piping portion to generate magnetized water,
Wherein the magnetized water is supplied through a water portion of the piping portion and a water supply portion of the spiral piping portion, passes through the spiral piping portion, and is sterilized by the microwave irradiated from the microwave irradiation portion in a state where the metabolism of bacteria in the ionized magnetized water is disturbed. Wherein the cluster is subdivided into a real-time magnetized water generating and magnetized water sterilizing device. delete delete delete delete The method according to claim 1,
In the microwave induction housing part,
And an inner space formed by four sidewalls of a rhombic shape formed by connecting the sides of the upper end portion and the downward direction and having a predetermined obtuse angle and increasing in spacing from the upper side to the lower side is formed and the lower ends of the four side walls are connected to the lower structure Wherein a housing coupling part capable of being coupled to the housing is formed. delete The method according to claim 1,
Wherein the spiral piping portion is made of a synthetic resin material. delete The method according to claim 1,
The magnetizing machine includes:
A housing for accommodating a permanent magnet therein; A tubing passage formed to allow the piping section to pass therethrough; An upper iron plate on the upper side of the cylinder block and provided on the inner side of the housing; A first upper magnet having one end portion of N pole and the other end portion of S pole facing the upper iron plate; A second upper magnet disposed on the lower portion of the first upper magnet so as to face the polarity opposite to the polarity of the first upper magnet; A third upper magnet disposed on the lower portion of the second upper magnet so as to face the second upper magnet with a polarity opposite to that of the second upper magnet, A lower side iron plate provided on the inner surface of the housing at a lower side of the through hole; A first lower magnet having one end portion of N pole and the other end portion of S pole facing the lower iron plate; A second lower magnet disposed on an upper portion of the first lower magnet so as to face the polarity opposite to the polarity of the first lower magnet; And a third lower magnet disposed on an upper portion of the second lower magnet to face the polarity of the second lower magnet in a direction opposite to the polarity of the second lower magnet so that an upper surface thereof faces the passage.

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