KR101940809B1 - Cluster differentiation type sterilizing device for water - Google Patents

Abstract

According to the present invention, there is provided a plasma display panel comprising: a body pipe having a first flange portion at an opening portion; An inlet member having a second flange portion opposed to the first flange portion provided at one end of the main pipe and having a sectional area different from that of the main pipe; An outlet member having a third flange portion opposed to the first flange portion provided at the other end of the body pipe and having a sectional area different from that of the body pipe; An inlet cap disposed at one end of the main pipe opposite to the inlet member and having a plurality of inlet holes; An outlet cap disposed at the other end of the body pipe so as to face the outlet member and having a plurality of outlet holes; A magnetizing portion disposed between the inlet cap and the outlet cap for providing a magnetic field to differentiate water passing through the main pipe; And a sterilizing unit installed between the main pipe and the magnetizing unit to prevent water from contacting the main pipe and to eradicate bacteria contained in the water.

Description

CLUSTER DIFFERENTIATION TYPE STERILIZING DEVICE FOR WATER [0002]

The present invention relates to a cluster-type water-sterilizing device, and more particularly, to a cluster-type water-sterilizing device capable of providing a magnetized hexagonal water by differentiating a group of molecules of water to eradicate the germs contained in water to provide a mineral- The present invention relates to a cluster differentiating water sterilizing apparatus.

In general, hexagonal water refers to water in which the molecular structure of water is subdivided into hexagons when the water passes vertically through a strong magnetic field, so that the cell tissue of the human body contains the most favorite component.

It is said that it can be obtained by adding germanium ion to water or by making water very cold. It is known to help prevent various adult diseases such as stroke, diabetes and the like, and to increase the immunity of the human body. It is also a kind of hexagonal.

A conventional magnetized hexagonal water generating apparatus for processing magnetized hexagonal water has a structure in which permanent magnets are disposed on the upper and lower sides of a pipe through which water flows as shown in Korean Patent No. 521075 and Korean Utility Model No. 336218, And the pair of permanent magnets are arranged so that their facing surfaces are N poles and S poles.

When the magnetic field is formed in a direction perpendicular to the direction in which the water flows, the surface tension of the water becomes large. As a result, the molecular structure of the water becomes ionically activated, and water becomes magnetized Lt; / RTI >

In the conventional magnetizing and hatching-angle generating apparatuses, a separate support case is provided to arrange the permanent magnets on the upper and lower sides of the pipe. The support case is formed in a substantially rectangular box shape, , And assembled through welding.

However, in such a coupling method using a plurality of fixing screws, it is troublesome to perform frequent inspection such as unscrewing the fixing screw due to vibration when used for a long time. In the method of welding, the assembling work takes a long time, There was a problem that maintenance was not easy.

In addition, since the thickness of the permanent magnet for magnetizing water is formed to be equal to or smaller than the thickness of the pipe, the conventional magnetized hexagonal water producing apparatus has a problem that the magnetization efficiency of water is not high due to low magnetic force.

In order to solve the above problems, a magnetizing and hatching-number generating apparatus has been developed. The magnetizing and hatching-number generating apparatus according to the related art includes a first and a second socket, which are threadedly coupled to the inner periphery of both outer sides of the outer pipe, First and second packings disposed between the outer pipe and the inner pipe to maintain the watertightness of the inner pipe, and a second packing between the first and second permanent magnets and between the first and second permanent magnets, And first and second support pipes disposed between the magnets.

BACKGROUND ART [0002] The background art of the present invention is disclosed in Korean Patent Registration No. 10-0779269 (published on Nov. 09, 2007, entitled " Magnetization Hexagonal Number Generator ").

The apparatus for generating magnetized hexagons according to the related art does not have a separate technical construction for increasing the time for water to pass through the flow path in which the magnetic field is formed by the permanent magnets and the contact area between the magnetic field formed by the permanent magnets and water There is a problem that it is difficult to efficiently provide the magnetized hexagonal water because it is difficult to differentiate the water molecules.

Therefore, there is a need for improvement.

The present invention increases the time for water to pass through the magnetic field and increases the contact area between water and magnetic field, thereby effectively differentiating the group of molecules of water to provide magnetized hexagonal water, eradicating the bacteria contained in water, The present invention provides a cluster-type water sterilizing apparatus capable of providing fresh water.

According to the present invention, there is provided a plasma display panel comprising: a body pipe having a first flange portion at an opening portion; An inlet member having a second flange portion opposed to the first flange portion provided at one end of the main pipe and having a sectional area different from that of the main pipe; An outlet member having a third flange portion opposed to the first flange portion provided at the other end of the body pipe and having a sectional area different from that of the body pipe; An inlet cap disposed at one end of the main pipe opposite to the inlet member and having a plurality of inlet holes; An outlet cap disposed at the other end of the body pipe so as to face the outlet member and having a plurality of outlet holes; A magnetizing portion disposed between the inlet cap and the outlet cap for providing a magnetic field to differentiate water passing through the main pipe; And a sterilizing unit installed between the main pipe and the magnetizing unit to prevent water from contacting the main pipe and to eradicate bacteria contained in the water.

The magnetizing portion of the present invention may further comprise: a pair of finishing blocks arranged with a gap between the inlet cap and the outlet cap; A plurality of magnetic force members successively disposed between a pair of the finishing blocks and having mutually opposite poles arranged to face each other; An iron plate member interposed between the finishing block and the magnetic force member and interposed between the plurality of magnetic force members; And a housing pipe into which the finishing block, the magnetic force member, and the iron plate member are inserted.

Further, the pair of the finishing blocks of the present invention is characterized in that the tapped holes are welded to both ends of the receiving pipe to be exposed, and the finishing block opposed to the inlet stopper is coupled to a bolt member provided in the inlet stopper .

In addition, the bolt member of the present invention is provided with a plurality of openings in the inlet cap, and the bolt members are each provided with the magnetized portions, and a plurality of fixed panels supporting the magnetized portions are provided.

Further, the sterilizing unit of the present invention is characterized by including a bronze pipe inserted into the main body pipe and into which the inlet cap and the outlet cap are press-fitted.

The cluster-type water-sterilizing apparatus according to the present invention is provided with an inlet plug for generating a vortex in a flow path in which a magnetic field is formed, so that the time during which water having a magnetic field passes through the inside of the main pipe is increased, There is an advantage that it is possible to provide an alkaline magnetized hexagonal column in which minerals are more enriched by effectively differentiating them.

In the cluster differentiating type water sterilizing apparatus according to the present invention, a rod member in which a plurality of permanent magnets and iron plates are alternately arranged is accommodated in a receiving pipe, and a finishing block for sealing the receiving pipe is connected to a receiving pipe It is advantageous in that the number of parts of the sterilizing device can be reduced and the cost of manufacturing the sterilizing device can be reduced.

In addition, since the plurality of rod members are disposed in the flow passage through which the water passes, the contact area between the water and the magnetic field is increased so that the cluster of water molecules can be more effectively There is an advantage that it is possible to provide a magnetized hexagonal column in which the content of minerals is increased and the alkaline component is increased while being differentiated.

Further, in the cluster differentiating type water sterilizing apparatus according to the present invention, a plurality of rod members are disposed inside a bronze pipe having a sterilizing function, and since water passes through the inside of the bronze pipe and passes through the magnetic field in the vertical direction, The bacteria contained in the water can be eradicated by the bronze pipe during the change to the hexagonal water, so that there is an advantage that the new magnetized hexagonal water can be provided.

1 is a cross-sectional view illustrating a cluster differentiation type water sterilizing apparatus according to an embodiment of the present invention.
2 is an exploded perspective view showing a cluster differentiation type water sterilizing apparatus according to an embodiment of the present invention.
3 is an exploded sectional view showing a cluster split type water sterilizing apparatus according to one embodiment of the present invention.

BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, an embodiment of a cluster differentiation type water sterilizing apparatus according to the present invention will be described with reference to the accompanying drawings.

In this process, the thicknesses of the lines and the sizes of the components shown in the drawings may be exaggerated for clarity and convenience of explanation.

In addition, the terms described below are terms defined in consideration of the functions of the present invention, which may vary depending on the intention or custom of the user, the operator.

Therefore, definitions of these terms should be made based on the contents throughout this specification.

FIG. 1 is a sectional view showing a cluster-type water-sterilizing apparatus according to an embodiment of the present invention, FIG. 2 is an exploded perspective view showing a cluster-differentiating water-sterilizing apparatus according to an embodiment of the present invention, Sectional view showing a cluster split type water sterilizing apparatus according to one embodiment of the present invention.

1 to 3, a cluster type water sterilizing apparatus according to an embodiment of the present invention includes a body pipe 10 having a first flange portion 12 at an opening portion thereof, An inlet member 14 having a second flange portion 14a opposed to the first flange portion 12 provided at one end and having a sectional area different from that of the main body pipe 10; An outlet member 16 having a third flange portion 16a opposed to the first flange portion 12 provided at the other end and having a sectional area different from that of the main body pipe 10; An inlet cap 30 disposed at one end of the main body pipe 10 so as to face the main body pipe 10 and having a plurality of inlet hole portions 34 and a plurality of outlet hole portions 34 disposed at the other end of the main body pipe 10 to face the outlet member 16 (50) having an inlet port (54) and an outlet port (50) disposed between the inlet port (30) and the outlet port (50) A magnetized portion 70 for dividing the water passing through the sieve pipe 10 and a magnetism portion 70 provided between the main pipe 10 and the magnetized portion 70 to prevent water from contacting the main pipe 10, And a sterilizing unit 80 for sterilizing the bacteria.

The body pipe 10 is provided with a first flange portion 12 which is laterally bent at both open ends and an inlet member 14 And an outlet member 16 is provided at the other end of the main body pipe 10 so as to have a smaller cross sectional area than the main body pipe 10.

A second flange portion 14a is formed at one end of the inlet member 14 so as to be closely contacted with the first flange portion 12 and is connected to one end of the outlet member 16 in close contact with the first flange portion 12 The third flange portion 16a is formed.

The first flange portion 12 and the third flange portion 16a are detachably coupled to each other by a fastening member and the inlet member 14 and the outlet member 14 It is possible to replace the narrowed or widened cross-sectional area of the pipe 16 with the water pipes and drain pipes of various diameters.

The magnetizing portion 70 includes a pair of finishing blocks 72b disposed to be spaced from each other between the inlet cap 30 and the outlet cap 50 and a pair of finishing blocks 72b A plurality of magnetic force members 72 disposed between the finishing block 72b and the magnetic force member 72 and disposed between the plurality of magnetic force members 72, And a housing pipe into which the finishing block 72b, the magnetic force member 72 and the iron plate member 72a are inserted.

Since the plurality of magnetic force members 72 are arranged so that the N and N poles or the S and S poles are opposed to each other, And the magnetic flux density is improved by the iron plate member 72a provided between the magnetic force member 72 and the magnetic force member 72 to improve the magnetic flux density to 1350 Gauss.

Since the iron plate member 72a interposed between the magnetic force member 72 and the magnetic force member 72 is made of Fe material, the magnetic field formed by the magnetic force member 72 is concentrated on the iron plate member 72a, .

A magnetic field is formed in a direction perpendicular to the flow path of the main pipe 10 from the iron plate member 72a between the magnetic force member 72 and the magnetic force member 72 so that the water moved along the main pipe 10 flows in a magnetic field , Which is a magnetized hexagonal layer, while dividing a cluster formed by water molecules, that is, a cluster.

The magnetic force member 72 of this embodiment uses a neodymium magnet having a relatively strong magnetic force as compared with the permanent magnet, and the N pole is disposed at the end portion opposed to the inlet stopper 30, A plurality of neodymium magnets are successively arranged so as to be arranged so that the S pole is disposed at the end opposite to the outlet cap.

A pair of finishing blocks 72b according to the present embodiment are welded to both ends of the receiving pipe so as to expose the tapped holes and a finishing block 72b opposed to the inlet plug 30 is welded to a bolt member The magnet bar made of the plurality of magnetic force members 72 and the iron plate member 72a is disposed in close contact with the inner wall of the housing pipe having a thickness of about 0.5 mm.

In the finishing block 72b of the present invention, a tapped hole portion to be bolted to the bolt member 74 is formed. The tapped hole portion has a diameter of about 8 mm. The depth of the tapped hole portion is about 12 mm, As shown in Fig.

The length of the accommodating pipe is made to be about 150 mm, and the length of the accommodating pipe is increased or decreased as the number of the magnetic force member 72 and the iron plate member 72a is increased or decreased It can be freely varied.

At both ends of the housing pipe, a finishing block 72b is provided. The tapped holes formed in the finishing block 72b are exposed to the outside and are coupled to the housing pipe by argon welding, and between the pair of finishing blocks 72b And the thickness of the magnetic force member 72 is 10 to 30 times thicker than the thickness of the iron plate member 72a So that a sufficiently strong magnetic field can be formed.

The bolt member 74 of the present embodiment is provided with a plurality of openings in the inlet cap 30. The bolt member 74 is provided with a magnetization portion 70 and a plurality of magnetization portions 70 A fixed panel 78 is provided.

A plurality of bolt members 74 are provided on the front surface of the inlet cap 30. The number of the bolt members 74 can be variously changed. In the present embodiment, when four bolt members 74 are provided And the magnet members 70 forming the magnet rods are installed in the respective bolt members 74, so that the four magnet rods are installed at intervals.

Therefore, the water that moves along the inside of the main pipe 10 passes through the gap between the four magnet rods, so that the water passes through the strong magnetic field as compared with the case where one magnet rod is provided, and the water can be effectively differentiated.

Since a plurality of bronze ring members 75a are installed at a predetermined interval in the housing pipe 75 constituting the outer wall of the magnet rod, the sterilizing action of eradicating the bacteria contained in the water passing through the inside of the bronze pipe 82 is performed.

A plurality of magnet rod segments are provided with a disc-shaped fixed panel 78 for supporting a plurality of magnet rods and the fixed panel 78 is provided with a through hole portion 78a through which water passes. The rod can be installed so as not to flow at a constant interval by the inlet cap 30 and the fixed panel 78. [

The sterilizing section 80 of this embodiment includes a bronze pipe 82 which is inserted into the main body pipe 10 and into which the inlet cap 30 and the outlet cap 50 are press-fitted, Since the bronze ring member 75a is included, the sterilizing action of eradicating bacteria contained in the water passing through the inside of the bronze pipe 82 is performed.

The bronze is an alloy including copper and is disposed in close contact with the inner wall of the main body pipe 10 to perform a sterilizing action like a traditional brass bowl of Korea and the fixing panel 78 is in close contact with the inner wall of the bronze pipe 82 It is supported not to flow.

Therefore, the water that is supplied into the body pipe 10 and passes through the inside of the bronze pipe 82 passes through the magnetic field formed by the magnetic bar, while the crowd formed by the molecules of the water is differentiated to form the magnetized hexagonal water, And the bronze ring member 75a, the bacteria can be eradicated and fresh magnetized hexagons can be provided.

In addition, the inlet cap 30 according to the present embodiment is formed in a short cylindrical shape with its front surface closed and its back surface open, a plurality of inlet hole portions 34 formed on the circumferential surface thereof, When the inlet cap 30 is press-fitted into one end of the bronze pipe 82, the inlet protrusion 32 is press-fitted into one end of the bronze pipe 82 and the inlet cap 34 and the bronze The bronze pipe 82 and the inlet cap 30 are connected so that a gap is formed between the inner walls of the pipe 82.

The outlet cap 50 is formed at the other end of the bronze pipe 82 so that the outlet hole 54 and the outlet protrusion 52 are formed symmetrically with the inlet cap 30. Therefore, The water is supplied to the magnetizing portion 70 after being passed through the plurality of inlet holes 34 and collided with the inner wall of the bronze pipe 82 so that the contact time of the magnetic field and water formed by the magnetizing portion 70 And the water is moved.

Since the water discharged through the bronze pipe 82 and discharged to the other end is discharged through the plurality of outlet hole portions 54, the fluidity between the other end of the bronze pipe 82 and the outlet stopper 50 is increased, The time required to pass through the inside of the pipe 82 is increased so that the water is effectively exposed to the magnetic field generated by the magnetic bar, thereby effectively achieving water differentiation.

Thereby, it is possible to provide a cluster-type water sterilizing apparatus capable of providing a magnetized hexagonal water by differentiating a group of molecules of water and eradicating the bacteria contained in water to provide a rich mineral and fresh water.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the appended claims. .

In addition, the cluster-type water-sterilizing apparatus has been described as an example, but this is merely an example, and the sterilizing apparatus of the present invention can also be used for products other than the cluster-type water-sterilizing apparatus.

Accordingly, the true scope of the present invention should be determined by the following claims.

10: main body pipe 12: first flange portion
14: inlet member 14a: second flange portion
16: outlet member 16a: third flange portion
30: inlet cap 32: inlet protrusion
34: inlet hole portion 50: outlet cap
52: outlet protrusion 54: outlet-
70: magnetization part 72: permanent magnet
72a: iron plate member 72b: finishing block
74: bolt member 75: storage pipe
78: fixed panel 78a: through hole portion
80: sterilization part 82: bronze pipe

Claims (5)

A main pipe having a first flange portion at an opening;
An inlet member having a second flange portion opposed to the first flange portion provided at one end of the main pipe and having a sectional area different from that of the main pipe;
An outlet member having a third flange portion opposed to the first flange portion provided at the other end of the body pipe and having a sectional area different from that of the body pipe;
An inlet cap disposed at one end of the main pipe opposite to the inlet member and having a plurality of inlet holes;
An outlet cap disposed at the other end of the body pipe so as to face the outlet member and having a plurality of outlet holes;
A magnetizing portion disposed between the inlet cap and the outlet cap for providing a magnetic field to differentiate water passing through the main pipe; And
And a sterilizing part installed between the body pipe and the magnetizing part to prevent contact of water with the main body pipe and to eradicate bacteria contained in the water,
Wherein the magnetization unit comprises:
A pair of finishing blocks disposed spaced apart from each other between the inlet cap and the outlet cap;
A plurality of magnetic force members continuously disposed between a pair of the finishing blocks, and having different poles arranged so as to face each other;
An iron plate member interposed between the finishing block and the magnetic force member and interposed between the plurality of magnetic force members; And
And a housing pipe into which the finishing block, the magnetic force member and the iron plate member are inserted,
A pair of the finishing blocks are welded to both ends of the receiving pipe so as to expose the tapped hole, the finishing block opposed to the inlet stopper is coupled to a bolt member provided in the inlet stopper,
The sterilizing unit includes:
A bronze pipe inserted into the main pipe and into which the inlet cap and the outlet cap are press-fitted; And
And a plurality of bronze ring members provided on the housing pipe,
Wherein the inlet cap is formed in a short cylindrical shape with a front surface being closed and a rear surface being opened, a plurality of the inlet holes are formed on the circumferential surface, an inlet protrusion which is laterally bent is formed on the rear surface side edge,
Wherein the outlet cap has the outlet hole portion and the outlet protrusion formed to have a symmetrical shape with respect to the inlet cap.
delete delete The method according to claim 1,
Wherein the bolt member is provided with a plurality of openings in the inlet cap and the bolt members are each provided with the magnetized portion and a fixed panel supporting the plurality of magnetized portions is provided. .
delete

Images