KR102493953B1 - High-magnetic magnetic generator module that can be separated and combined - Google Patents

Abstract

The present invention is connected to a household faucet so that the discharge direction of water can be freely switched to the lower or upper direction according to the user's manipulation, and in particular, a plurality of highly magnetic materials that ionize the fluid by generating a magnetic field along the flow direction of the fluid at least It relates to a separate coupling type special high magnetic magnetizer module that can be integrated and modularized in a volume of 1000, as well as easily detachable and detachable from a faucet.

Description

Separation and combination type high magnetic magnetizer module {HIGH-MAGNETIC MAGNETIC GENERATOR MODULE THAT CAN BE SEPARATED AND COMBINED}

The present invention relates to a separable coupling-type extra-high magnetic magnetization water device module, and more specifically, to a household faucet connected to a water discharge direction that is freely switched to a lower or upper direction according to a user's manipulation, and particularly, a fluid flow direction It relates to a separate coupling type highly magnetic magnetizer module that integrates and modularizes a plurality of highly magnetic materials that ionize fluid by generating a magnetic field along the faucet and enables easy detachable coupling at a faucet.

In general, magnetized water uses the principle that when water moves in a strong magnetic field, the bond between oxygen and hydrogen in the water molecule goes through the process of separation and recombination, and the water molecule becomes smaller.

As current flows by moving a coil orthogonally to a magnet according to the laws of Lenz and Fleming, water is like a conductor because it contains various minerals that are good for the human body. will be. Therefore, by miniaturizing water molecules, not only does water taste good and sterilization and sterilization functions increase, but also the small size of water molecules increases the absorption power in the body and allows wastes accumulated in the body to be smoothly excreted.

However, the magnetized water device has problems in that it is cumbersome to install the magnets orthogonally to the outside of the pipe so as to face each other, and the structure for fixing the magnet to the pipe is complicated.

In particular, the conventional magnetized water device has a considerable volume, so it is difficult to apply it to a faucet used at home, and it is very difficult to separate the magnet once installed and fixed.

Korean Patent Registration No. 10-2082404

The present invention was derived to solve the above-mentioned problems, and the present invention is connected to a household faucet so that the discharge direction of water can be freely switched to the lower or upper direction according to the user's manipulation, and in particular, the magnetic field along the flow direction of the fluid It relates to a separate coupling type special high magnetic magnetizer module that integrates and modularizes a plurality of high magnetic materials that generate and ionize fluid in a minimum volume and enables easy attachment and detachment from a faucet.

According to an embodiment of the present invention, the separate coupling type super-high magnetic magnetized water device module is installed in a discharge port of a faucet, and a body portion through which water discharged through the discharge port flows through the inside, and a magnetized water device provided in the body portion. It may be characterized in that it includes a device and a direction change module provided in the body and changing the direction of the water discharged to the outside via the magnetized receiver device.

In one embodiment, the body portion may be provided to be detachably coupled from the discharge port of the faucet.

In one embodiment, a screw line is formed on one side of the body portion to engage with a screw line formed in the discharge port of the faucet, and the body portion is rotated in one direction in a state in which the screw line is engaged, so that the body portion is bolted to the discharge port of the faucet. can be characterized.

In one embodiment, a fixing means fixed to the faucet through a hooking connection is provided on one side of the body part, and the fixing means is coupled in a state in which a water inlet formed in the body part is in close contact with the outlet of the faucet. It may be characterized in that the body part is engaged with the faucet.

In one embodiment, the magnetized water device includes first and second water pipes through which the fluid discharged through the discharge port of the faucet flows, covering the water pipes in a longitudinal direction through coupling in a state facing each other, and having a shape in which both ends are pierced. A second cover, one or more first magnetic bodies accommodated inside the first cover at regular intervals along the longitudinal direction of the first cover, and disposed such that the N pole or the S pole faces the water pipe; It is accommodated at regular intervals along the longitudinal direction of the second cover from the inside, and is positioned to face each of the one or more first magnetic bodies, and the pole corresponding to the polarity opposite to the polarity of the first magnetic body among the N pole or the S pole is the first magnetic body. one or more second magnetic bodies disposed to face the water pipe and an outer cover covering the first and second covers in a longitudinal direction and having both distal end portions open; As they are disposed facing each other, a magnetic field between the poles is generated and magnetic force is transmitted to the fluid flowing in the water pipe.

In one embodiment, the direction change module may change the direction of the water discharged downward through the magnetized receiver by 180 degrees so that it is discharged upward.

In one embodiment, the direction conversion module has one side connected to the magnetized receiver, and a T-shaped direction change passage through which water that has passed through the magnetized receiver is discharged in both upward and downward directions, and the elastic force of the elastic body. While maintaining the state withdrawn in the outward direction through the direction changeover switch that is drawn inward by external force and according to the withdrawal or withdrawal state of the direction changeover switch, while rotating at a certain angle through the rotation shaft in the direction change passage It may be characterized in that it includes a flip (flip) for allowing water to flow in any one direction of an upper direction or a lower direction by blocking one side of the direction changing passage.

In one embodiment, the direction change module has one side connected to the magnetized receiver and has a T-shaped direction change passage through which water that has passed through the magnetized receiver is discharged in both directions in an upward direction and a downward direction, clockwise or According to the direction shifting lever that rotates counterclockwise and the rotational direction of the direction shifting lever, water flows upward or downward by blocking one side of the direction shifting passage while rotating at a predetermined angle through a rotational shaft in the direction shifting passage. It may be characterized in that it includes a flip (flip) to flow in any one direction.

In one embodiment, the direction change module includes a T-shaped direction change passage, one side of which is connected to the magnetized receiver, and allows water that has passed through the magnetized receiver to be discharged in both directions in an upward direction and a downward direction, and the user's body A capacitance detection sensor that detects a change in capacitance due to contact. When a change in capacitance is detected, it rotates at a predetermined angle through a rotation shaft in the direction conversion passage and blocks one side of the direction conversion passage so that water flows upward or downward. It may be characterized in that it includes an electronic flip that flows in any one of the downward directions, and a rotation motor that rotates the electronic flip through power while connected to an external power source.

The separate coupling type super-high magnetic magnetizer module according to another embodiment of the present invention is installed in the outlet of the faucet so that the water discharged through the outlet flows through the inside, but a soft rubber or silicone material is applied. A body portion provided to be deformable by an external force and a water pipe provided in the body portion and through which the fluid discharged through the outlet of the faucet flows, covering the water pipe in the longitudinal direction through coupling in a state facing each other, , First and second covers having both end portions pierced, accommodated at regular intervals along the length of the first cover inside the first cover, disposed so that the N pole or S pole faces the water pipe One or more first magnetic bodies are accommodated inside the second cover at regular intervals along the longitudinal direction of the second cover, and are positioned to face the one or more first magnetic bodies, respectively, and the first magnetic bodies of either the N pole or the S pole One or more second magnetic bodies disposed such that a pole corresponding to a polarity opposite to the polarity of is directed toward the water pipe, and an outer cover covering the first and second covers in the longitudinal direction and having both end portions pierced, As the first magnetic body and the second magnetic body are disposed to face each other, a magnetic field is generated between the poles to transmit magnetic force to the fluid flowing through the water pipe; It may be characterized in that it is provided to enable detachable coupling.

According to one aspect of the present invention, it is connected to a household faucet and has an advantage of allowing the water discharge direction to be freely switched to a lower or upper direction according to a user's manipulation.

In addition, according to one aspect of the present invention, by integrating and modularizing a plurality of highly magnetic materials with a minimum volume, it has an advantage that it can be applied to a faucet used at home.

In addition, according to one aspect of the present invention, since it is possible to separate, detach, and replace the faucet, maintenance is easy.

In addition, according to one aspect of the present invention, the amount of dissolved oxygen is increased by finely ionizing water through the magnetic field of the permanent magnet, thereby changing the energy balance into water.

In addition, according to one aspect of the present invention, the strength of the magnetic field can be appropriately adjusted and used by adjusting the number of magnetic materials within the range of a magnetic field of 4800*22 Gauss according to daily use.

1 is a diagram showing the configuration of a separate and coupled type extra-high magnetic magnetizer module 100 according to an embodiment of the present invention.
FIG. 2 is a diagram showing the magnetizer 120 shown in FIG. 1 in more detail.
3 is a diagram showing the configuration of a direction change module 130 according to an embodiment.
4 is a diagram showing the configuration of a direction change module 130' according to another embodiment.
5 is a diagram showing the configuration of a direction change module 130'' according to another embodiment.

Hereinafter, a preferred embodiment is presented to aid understanding of the present invention. However, the following examples are only provided to more easily understand the present invention, and the content of the present invention is not limited by the examples.

1 is a diagram showing the configuration of a separate and coupled type extra-high magnetic magnetizer module 100 according to an embodiment of the present invention.

Referring to FIG. 1 , the separate and coupled extra-high magnetic magnetization receiver module 100 according to an embodiment of the present invention may largely include a body unit 110, a magnetization receiver 120 and a direction conversion module 130. there is.

The body portion 110 is installed in a discharge port of a faucet (eg, a household sink faucet or a household shower faucet) so that water discharged through the discharge port flows through the inside.

At this time, the body portion 110 may be detachably coupled from the outlet of the faucet.

For example, at one side of the body portion 110, a screw line engaging with a screw line formed at the outlet of the faucet is formed, and an inlet for injecting water discharged through the outlet of the faucet is formed at the center of the screw line.

Accordingly, when the body portion 110 is rotated in one direction (eg, clockwise) in a state in which each thread is engaged with each other, the body portion 110 can be firmly fixed by being bolted to the outlet of the faucet. If it is necessary to separate the body part 110, it can be separated by rotating the corresponding body part 110 in a counterclockwise direction.

As another example, a fixing means fixed to the faucet by engaging a faucet may be provided on one side of the body 110 .

That is, when the fixing means is bound to the faucet in a state where the inlet of the body 110 and the outlet of the faucet are in close contact with each other, the body 110 does not separate or separate from the faucet, and the inlet and outlet maintain a tight contact state. It can be.

FIG. 2 is a diagram showing the magnetizer 120 shown in FIG. 1 in more detail.

Referring to FIG. 2 , the magnetized receiver 120 is provided inside the body 110 and magnetizes water injected through the inlet of the body 110 to discharge it to the outside.

More specifically, the magnetized handwriting device 120 largely includes a water pipe 121, first and second covers 122 and 123 surrounding the water pipe 121, and one or more first magnetic materials provided inside the first cover 122. (122-1), one or more second magnetic bodies 123-1 provided inside the second cover 123, and an outer cover 124.

First, the water pipe 121 generally means a pipe through which a fluid (water) flows, and the same material may be applied. At this time, the water pipe 121 has a square column shape with both ends and inside open, and on two sides facing each other among the four sides, one or more first magnetic bodies 122-1 and second magnetic bodies 123-1, which will be described later, are formed. ) is arranged in a date along the longitudinal direction of the water pipe 121.

The first and second covers 122 and 123 cover the water pipe 121 in the longitudinal direction through coupling in a state facing each other, and one or more first magnetic bodies 122-1 and second magnetic bodies accommodated inside. (123-1) serves to maintain and fix the state arranged in the longitudinal direction of the water pipe 121.

Accommodating grooves for accommodating one or more first and second magnetic bodies 122-1 and 123-1 are provided inside the first and second covers 122 and 123, respectively, and each accommodating groove is spaced at regular intervals. It is partitioned by the formed partition wall. That is, one or more first and second magnetic bodies 122-1 and 123-1 may be accommodated at regular intervals in accommodation grooves provided in the first and second covers 122 and 123, respectively.

At this time, as protrusions and grooves are formed on the inside of the first and second covers 122 and 123 to be engaged with each other, so that the first and second covers 122 and 123 are not displaced or twisted while being engaged with each other. will not be

On the other hand, the first and second covers 122 and 123 have an internal space sufficient to accommodate one or more first and second magnetic bodies 122-1 and 123-1 and the water pipe 121 in the longitudinal direction, and one The above first and second magnetic bodies 122-1 and 123-1 come into contact with the outer surface of the water pipe 121 through magnetic force.

In addition, among the outer surfaces of the first and second covers 122 and 123 engaged with each other, annular depressions recessed inward along the circumference are formed in regions adjacent to both end portions. An annular sealing ring may be provided in the recessed portion.

When the first and second covers 122 and 123 are accommodated inside the outer cover 124 in a state in which they are interlocked with each other, as water passes through the open space formed at both ends of the outer cover 124, the outer cover Water may be introduced through the spaced gap between the inner surface of the 124 and the first and second covers 122 and 123 engaged with each other. Therefore, the sealing ring provided in the recess fills the spaced gap between the inner surface of the outer cover 124 and the first and second covers 122 and 123 so that water does not flow in and flows directly into the water pipe 110 do.

One or more first magnetic bodies 122-1 are accommodated inside the first cover 122 at regular intervals along the longitudinal direction of the first cover 122, and at this time, the N pole or One of the S poles is disposed toward the water pipe 121. Similarly, one or more second magnetic bodies 123-1 are accommodated inside the second cover 123 at regular intervals along the length direction of the second cover 123, and at this time, N of the second magnetic body 123-1 Among the poles or S poles, a pole having a polarity opposite to that of the first magnetic material 122 is disposed toward the water pipe 121 .

That is, the N pole of the first magnetic body 122 forms an attractive force with the S pole of the second magnetic body 123 facing each other, and if the S pole of the first magnetic body 122 faces the water pipe 121, the first magnetic body 122 faces the water pipe 121. The N poles of the two magnetic materials 123 form an attraction to each other toward the water pipe 121.

In this case, as a magnetic field is generated between the poles of the first and second magnetic bodies 122-1 and 123-1, magnetic force is transmitted to the fluid flowing through the water pipe 121, and thus the fluid flowing along the water pipe 121. will be magnetized to Meanwhile, permanent magnets in the form of a rectangular parallelepiped (cube) may be applied to the first and second magnetic bodies 122-1 and 123-1.

At this time, the water pipe 121 may be a copper pipe, which is a material that does not adhere to the first and second magnetic bodies 122-1 and 123-1, and the first and second magnetic bodies 122-1 and 123-1 are water pipes They are kept apart from each other by 121, but are not attached to each other by water pipe 121.

The outer cover 124 covers the first and second covers 122 and 123 in the longitudinal direction, and has a shape in which both end portions are open. At this time, among the outer surface of the outer cover 124, annular depressions recessed inward along the circumference are formed in regions adjacent to both end portions. An annular sealing ring may be provided in the recessed portion.

When the sealing ring provided on the outer cover 124 is inserted into the body portion 110, the sealing ring provided on the outer cover 124 provides a space between the inner space of the body portion 110 and the outer cover 124 By filling the gap, the water flowing through the handle portion or the filter module housing is entirely concentrated in the water pipe 121. The material of this outer cover 124 is not limited, and in one embodiment, a Teflon material may be applied.

The direction conversion module 130 is connected to the end of the magnetized receiver 120 within the body 110 and serves to change the direction of water exposed to the outside through the magnetized receiver 120 . At this time, the direction conversion module 130 may be provided in various forms, which will be examined in more detail through FIGS. 3 to 5.

3 is a diagram showing the configuration of a direction change module 130 according to an embodiment.

Referring to FIG. 3 , one side of the direction conversion module 130 is connected to the magnetized receiver 120 and has a T-shape such that water that has passed through the magnetized receiver 120 is bidirectionally branched and discharged in an upward or downward direction. The direction change passage 131 and the direction change switch 132 and the direction change switch that are normally drawn outward through the elastic force of the elastic body (eg, spring), and are drawn inward by external force. According to the withdrawal or withdrawal state of (32), by blocking one side of the passage while rotating at a certain angle through the rotation shaft in the direction conversion passage 131, the water flows in either the upper or lower direction It is configured to include a flip (flip) 133.

More specifically, as one side of the direction change passage 131 is connected to the magnetized receiver 120, water magnetized through the magnetized receiver 120 flows inward into the direction change passage 131, and The water is branched again through the T-shaped distal end of the direction conversion module 131 so that it is branched upward or downward with respect to the body 110 and discharged.

At this time, in the state of being connected to the direction conversion passage 131 through the rotating shaft inside the direction conversion passage 131, a flip that serves to block one of the two discharge ports of the direction conversion passage 131 through rotation ( 133) is provided.

The flip 133 is connected to the direction change switch 132 provided on one side of the direction change module 130, and the direction change switch 132 is pressed by an external force (eg, a user's hand pressing force) As the flip 133 is rotated at a specific angle (eg, 90 degrees), one discharge port is blocked, and through this, the flow direction of water is changed.

For example, the direction conversion switch 132 maintains a state drawn outward through the elastic force of an elastic body (spring) in normal times, and since the flip 133 is positioned to face upward, the water Among the discharge ports of the direction changing passage 131, the discharge port is particularly discharged through a discharge port facing downward. In this case, water may be discharged downward with respect to the body portion 110 .

If the direction change switch 132 is pulled inward by an external force, the flip 133 rotates downward, and water flows through the discharge port of the direction change passage 131, particularly through the discharge port toward the upper side. is discharged In this case, water may be discharged upward with respect to the body portion 110 . That is, in this case, since water is discharged and sprayed upward like a fountain, a tall adult or a person who has difficulty bending down can use water more comfortably through this.

On the other hand, the direction conversion module 130 may be configured in a different form.

4 is a diagram showing the configuration of a direction change module 130' according to another embodiment.

Referring to FIG. 4 , one side of the direction conversion module 130' according to another embodiment of the present invention is connected to the magnetized receiver 120, and water passing through the magnetized receiver 120 flows upward or downward in both directions. A T-shaped direction change passage 131 'to be branched and discharged, a direction change passage 132' that rotates clockwise or counterclockwise, and a direction change passage according to the rotation direction of the direction change lever 132'. It is configured to include a flip (flip) 133 'that rotates at a certain angle through a rotation shaft in 131' and blocks one side of the flow path so that water flows in either an upper direction or a lower direction. .

More specifically, as one side of the direction change passage 131' is connected to the magnetized receiver 120, water magnetized through the magnetized receiver 120 flows inward into the direction change passage 131', The introduced water is branched again through the T-shaped distal end of the direction conversion module 131', so that it is branched upward or downward with respect to the body 110 and discharged.

At this time, in a state connected to the direction changing passage 131' through a rotating shaft, the inside of the direction changing passage 131' serves to block one of the two discharge ports of the direction changing passage 131' through rotation. A flip 133' is provided.

The flip 133' is connected to the direction change lever 132' provided on one side of the direction change module 130', and has a specific angle (eg, 90 degrees) according to the direction of rotation of the direction change lever 132'. As it rotates, one of the discharge ports is blocked, and through this, the direction of water flow is changed.

For example, the direction change lever 132' maintains a state of being rotated counterclockwise in normal times, and in this case, since the flip 133' is positioned to face upward, the direction change passage 131 ') is discharged through a discharge port that faces downward. In this case, water may be discharged downward with respect to the body portion 110 .

If the direction change lever 132' is rotated clockwise by an external force, the flip 133' rotates downward, and the water flows especially upward from the discharge port of the direction change passage 131'. It is discharged through the discharge port. In this case, water may be discharged upward with respect to the body portion 110 . That is, in this case, since water is discharged and sprayed upward like a fountain, a tall adult or a person who has difficulty bending down can use water more comfortably through this.

Meanwhile, a look at the direction change module 130'' according to another embodiment of the present invention is as follows.

5 is a diagram showing the configuration of a direction change module 130'' according to another embodiment.

Referring to FIG. 5, the direction conversion module 130'' has one side connected to the magnetized receiver 120, and the water that has passed through the magnetized receiver 120 is bidirectionally branched and discharged in an upward or downward direction. A ruler-shaped direction change channel 131'', a capacitance detection sensor 132'' that detects a capacitance change due to a user's body contact, and a direction change channel 131'' when a change in capacitance is detected An electronic flip (133'') that blocks one side of the flow path while rotating at a certain angle through the rotational shaft so that water flows in either the upper or lower direction and the power supply in the state of being connected to an external power source It is configured to include a rotation motor 134 ″ that receives power and rotates the electronic flip 133 ″ through power.

More specifically, as one side of the direction change passage 131'' is connected to the magnetized receiver 120, water magnetized through the magnetized receiver 120 flows inward into the direction change passage 131''. Then, the inflowed water is branched again through the T-shaped distal end of the direction conversion module 131'', so that it is branched upward or downward with respect to the body 110 and discharged.

At this time, in a state of being connected to the direction change passage 131'' through a rotating shaft, one of the two discharge ports of the direction change passage 131'' is discharged through rotation. An electronic flip 133 ″ serving as a blocking is provided.

The electronic flip 133'' is connected to the rotation motor 134'' and is automatically rotated by the power of the rotation motor 134''.

At this time, the rotary motor 134'' is operated based on the capacitance change detection signal of the capacitance detection sensor 132'', and if the user's body contacts the capacitance detection sensor 132'' (eg For example, when a user touches with a hand, etc.), the capacitance detection sensor 132'' applies a signal to the rotary motor 134'' to rotate the electronic flip 133'', and accordingly Accordingly, the rotation motor 134'' transmits power to the electronic flip 133'' and the electronic flip 133'' rotates.

For example, since the electronic flip 133'' is normally positioned to face upward, water is discharged particularly through a discharge port facing downward among the discharge ports of the direction change passage 131''. In this case, water may be discharged downward with respect to the body portion 110 .

If the user touches the capacitance detection sensor 132'' provided on one side of the direction change module 130'', the electronic flip 133'' moves to the lower side through the power of the rotation motor 134''. It is rotated to face the direction, and the water is discharged through the discharge port particularly upwards among the discharge ports of the direction changing passage 131''. In this case, water may be discharged upward with respect to the body portion 110 . That is, in this case, since water is discharged and sprayed upward like a fountain, a tall adult or a person who has difficulty bending down can use water more comfortably through this.

That is, the direction change module 130'' examined through FIG. 5 is similar to the direction change modules 130 and 130' examined through FIGS. 3 and 4 and the flip operation method, but FIGS. Unlike 4, there is a difference in that it is automatically rotated using the power of the rotation motor 134''.

In this case, it should be noted that the capacitance detection sensor 132'', the electronic flip 133'', and the rotary motor 134'' are all completely waterproofed.

Although the above has been described with reference to preferred embodiments of the present invention, those skilled in the art will variously modify and change the present invention within the scope not departing from the spirit and scope of the present invention described in the claims below. You will understand that it can be done.

100: separate coupling type extra high magnetic magnetizer module
110: body part
120: magnetization device
121: water pipe
122, 123: first and second covers
122-1, 123-1: first and second magnetic bodies
124: outer cover
130: direction conversion module
131: redirection passage
132: direction switch
133: flip
130 ': direction conversion module
131': direction change euro
132 ': direction change lever
133': Flip
130'': direction conversion module
131'': Redirect Euro
132'': capacitive detection sensor
133'': electronic flip
134'': rotation motor

Claims (9)

a body part installed at a discharge port of the faucet to allow water discharged through the discharge port to flow through the inside;
a magnetized receiver provided within the body; and
A direction change module provided in the body and changing the direction of the water discharged to the outside through the magnetized water device;
The magnetization device,
a water pipe corresponding to a copper pipe through which the fluid discharged through the outlet of the faucet flows;
First and second covers that cover the water pipe in the longitudinal direction through coupling in a state facing each other and have a shape in which both ends are pierced;
one or more first magnetic bodies accommodated inside the first cover at regular intervals along the longitudinal direction of the first cover, and arranged so that the N pole or the S pole faces the water pipe;
It is accommodated inside the second cover at regular intervals along the length direction of the second cover, is positioned to face the one or more first magnetic bodies, and has a polarity opposite to that of the N pole or S pole of the first magnetic body. at least one second magnetic material disposed such that a corresponding pole faces the water pipe; and
Covering the first and second covers in the longitudinal direction, both end portions having a perforated shape, and when inserted into the handle or filter module housing, filling the spaced gap between the handle of the shower nozzle and the filter module housing, An outer cover for concentrating water flowing through the handle of the shower nozzle or the filter module housing into the water pipe;
The water pipe has a square column shape with both end portions and an inside open, and the one or more first magnetic bodies and the one or more second magnetic bodies are respectively in contact with two opposite side surfaces of the water pipe,
Partition walls for partitioning the first and second magnetic bodies are formed at regular intervals inside each of the first and second covers,
As protrusions and grooves are formed on the inside of the first and second covers to be engaged with each other, so that the first and second covers are not displaced or twisted while being engaged with each other,
Among the outer surfaces of the first and second covers, an annular recessed portion recessed inward along the circumference is provided in an area adjacent to both end portions, and an annular sealing ring is provided in the recessed portion, Fluid introduced through one of both ends of the outer cover is guided to flow through the water pipe without flowing into the gap between the outer cover and the first and second covers by the sealing ring,
Of the outer surface of the outer cover, an annular recessed portion recessed inward along the circumference is provided in an area adjacent to both end portions, and an annular sealing ring is provided in the recessed portion,
The direction conversion module,
It is provided so that the water discharged in the downward direction through the magnetized water device can be discharged in the upward direction by changing the angle by 180 degrees,
A state in which one side is connected to the magnetized receiver, and the water that has passed through the magnetizer receiver is drawn outward through the elastic force of the T-shaped direction conversion passage that diverges and discharges in both directions upward and downward. While maintaining, according to the direction change switch drawn inward by an external force and the drawn or drawn state of the direction change switch, one side of the direction change passage is blocked while rotating at a certain angle through a rotation shaft in the direction change passage To include a flip (flip) that allows the water to flow in either the upper or lower direction,
One side is connected to the magnetized water collector device, and a T-shaped direction change passage through which water that has passed through the magnetized receiver device is diverted and discharged in both directions upward and downward, clockwise or counterclockwise direction change Depending on the direction of rotation of the lever and the direction change lever, one side of the direction change passage is blocked while rotating at a predetermined angle through a rotation shaft in the direction change passage so that water flows in either an upward direction or a downward direction. contains a flip that does, or
One side is connected to the magnetized receiver, and a T-shaped direction change passage through which water that has passed through the magnetized receiver is bidirectionally branched and discharged in an upward direction and a downward direction, and detects a change in capacitance according to a user's body contact When a change in capacitance is detected, a capacitance detection sensor that rotates at a predetermined angle through a rotation shaft in the direction conversion passage and blocks one side of the direction conversion passage so that water moves in either an upward direction or a downward direction. A separate coupling type extra-high magnetic magnetizer module, characterized in that it comprises an electronic flip that allows flow and a rotation motor that rotates the electronic flip through power while connected to an external power source.
According to claim 1,
The body part,
Characterized in that it is provided to enable detachable coupling from the discharge port of the faucet, a separate coupling type extra high magnetic magnetizer module.
According to claim 1,
On one side of the body,
A screw thread engaged with a screw thread formed at the discharge port of the faucet is formed,
A separate coupling type extra-high magnetic magnetizer module, characterized in that the body portion is bolted to the discharge port of the faucet by rotating the body portion in one direction in a state in which the thread is engaged.
According to claim 1,
On one side of the body,
A fixing means fixed to the faucet through an engaging coupling is provided,
The separate coupling type extra-high magnetic magnetizer module, characterized in that the body part is engaged with the faucet as the fixing means is engaged in a state where the water inlet formed in the body part is in close contact with the outlet of the faucet.
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