KR101232646B1 - Scale buster - Google Patents

Abstract

PURPOSE: An ion scale booster is provided to activate the static role increasing the friction factor when it passes through a fluorine resin plate and a zinc resin plate by the repetition of an eddy phenomena generated by collision through multiple inlets of the water instead of one inlet. CONSTITUTION: An ion scale booster(1), comprises an outer container(2); an inner container(3); a fluorine resin plate(9); a zinc plate(7); O-rings(5,5'); and covers(4,4') with a tube shape. The outer container is made of iron or the stainless material. The inner container is made of copper material. The fluorine resin plate and the zinc resin plate is formed in a container shape in the direction of the length in the inner container and one end is sealed and another end is opened. The fluorine resin plate and the zinc resin plate are installed to repetitively intersect standing in a line while multiple vertical hole(12) and the inclined holes(11) are adhered to one end being formed on the surface of the fluorine resin plate and the zinc plate with the same shape. The O-ring is positioned and attached respectively on both ends of the circumferential surface of the outer container and the inner container. Binding holes with the screw thread are formed on the other side of the cover to be clamped and be bound to the screw holes on the outer container and a flange is formed on the front face of the cover being integrated to be bound to the plumbing.

Description

Ion Scale Booster {SCALE BUSTER}

The present invention relates to a scale booster, and in more detail, after assembling and installing between pipes including a water supply pipe, vertical holes and inclined holes are formed in a tubular shape so that water flowing into the pipes is ionized by a potential difference to increase purification efficiency. Repeated installation of a pair of fluorine resin plates and zinc plates of the same shape formed so as to be in close contact with each other to repeat the water in a wave shape to increase the coefficient of friction to maximize the vortex phenomenon to remove or prevent scale and rust inside the pipe It relates to an ion scale booster.

In general, when water is used for a long time, such as a water supply pipe or a supply / drain pipe of a water tank, active oxygen in the water reacts with iron in the pipe to corrode the inside, resulting in rust. As scale, slime, slurry, etc. are generated inside the pipe, it shortens the life of the pipe and hinders the flow of water, and the water passing through the pipe is also harmful to human body such as iron oxide, impurities and bacteria. It is unsanitary because it contains various harmful substances.

Therefore, in the related art, in order to solve the unsanitary parts due to the corrosion of the inside of the pipe, the pipe in which the inside is corroded is replaced with a new pipe.

Therefore, instead of replacing corroded pipes, scale boosters, which are various types of water processors that use various forms of electromagnetic, magnetic, electrolytic and other effects, have recently been used.

On the other hand, in the water treatment method using a high frequency generator, energy is consumed due to the installation of a device that requires power for generating high frequency, and there is a complicated problem in the installation.

Therefore, industrial sites have a large number of water treatment devices including static electricity generating elements to generate static electricity to ionize water into an electrostatic field, and to purify water using these ions.

The scale booster is provided with a fluororesin block for generating a potential electrostatic charge by using a flow of a zinc block and a fluid to form a sacrificial anode inside the body of brass to precipitate harmful substances contained in the water, The zinc block and the fluorine resin block have a structure in which a plurality of through-holes are formed to allow water to flow, and are installed between neighboring pipes to have an excellent effect on extending the life of old pipes and improving water quality.

Therefore, the ion scale booster uses electromotive force and static electricity to prevent oxygen oxidation by combining with oxygen faster than iron (Fe) due to the sacrifice of zinc and magnesium to absorb the inorganic matter formed on the scale attached to the inside of the pipe. Remove

However, the conventional scale booster is ideal for selecting the material of the main body as copper, but the gap between the packing is opened due to the sensitive nature of the expansion coefficient of the metal and the coefficient of expansion according to the temperature by the water pressure of the water supplied to the inside of the water leakage occurs In many cases, there is a problem that the thread is easily broken and worn due to the weak durability, and was used in place of brass.

In addition, although the conventional scale booster uses an electromotive force using the potential difference between brass and zinc, the potential difference with zinc is not always maintained at 1.1V according to the brass component of copper alloy, and is irregular. have.

Therefore, if the potential difference of the scale booster is lower than 1.1V, the scale processing capacity is lowered and rust cannot be removed. If the potential difference is high, the pipe is damaged after a certain time and needs to be replaced.

In addition, the conventional scale booster has a complicated structure, poor assembly, low productivity, and has a problem in the maintenance and maintenance.

The present invention to solve the problems described above is made of copper material and the outside is made of iron or stainless steel to improve the durability of the body to prevent the gap between the packing to prevent water leakage, the body The purpose is to prevent the thread formed in the body from being damaged and worn, as well as the water flowing into the main body does not proceed in a straight line, but instead repeats in a wave shape to maximize the vortex and increase the coefficient of friction to increase static electricity. It aims to be able to activate.

The present invention as a means for solving the above problems is formed in a double structure in which the inner cylinder made of copper material is inserted into the outer cylinder made of iron or stainless steel material, the inner cylinder has a plurality of vertical holes and inclined holes formed in the same The fluorine resin plate and the zinc plate of the shape are installed in a line with each other to be in close contact with each other. The fluorine resin plate and the zinc plate are installed in a row in a row. Raise, and both ends of the outer cylinder provides an ion scale booster consisting of a structure that the cover of the brass is tightened along the thread.

As described above, the scale booster of the present invention has a double structure in which a copper inner material is inserted into an outer cylinder made of iron or stainless steel, and a fluorine resin plate and a zinc plate having the same shape having a plurality of vertical holes and inclined holes formed therein. Is installed in a state where they are in close contact with each other so that water does not flow in one direction but water flows from all directions and vortices due to collisions are repeated to increase the coefficient of friction when passing through the fluorine resin plate and the zinc resin plate to activate the electrostatic role. It can work.

In order to maximize the vortex phenomena and to maximize the maximum flow rate of the water, the fluorine resin plate and the zinc plate are processed to have the maximum cross-sectional area to maximize the vortex and the friction coefficient as the water flows in the wave shape. By minimizing the difference, the effect of removing or preventing scale and rust inside the pipe is excellent.

In addition, the present invention is combined with the cover of the brass or stainless material on both ends of the outer cylinder to improve the durability due to the installation between the neighboring pipes, there is an effect of preventing leakage and wear of the thread as well as water leakage problems.

In addition, the present invention by repeatedly installing the inner cylinder of the copper material and the fluorine resin plate and the zinc resin plate to cross the dissimilar metal potential difference between copper and zinc to obtain a stable electromotive force of 1.1V and to maintain a constant at the same time Prevents scale, slime, slurry, etc. from occurring and extends the service life of the pipe and has an excellent effect on water quality to be harmless to human body.

In addition, the present invention is excellent in tensile strength than brass by using the material of the outer cylinder instead of iron or stainless steel instead of brass, there is also an effect of reducing the cost.

1 is an exploded perspective view showing the present invention scale booster.
Figure 2 is a perspective view showing a combination scale booster of the present invention.
Figure 3 is a perspective view showing a fluorine resin plate and a zinc resin plate in the scale booster of the present invention.
Figure 4 is a cross-sectional view showing a fluorine resin plate in the scale booster of the present invention.
Figures 5a, b is a cross-sectional view showing a coupling of the present invention scale booster.
6 is a front view showing an installation state of the scale booster of the present invention.

In order to achieve the above objects and effects the present invention will be described in detail by the accompanying drawings.

1 is an exploded perspective view showing a scale booster of the present invention, Figure 2 is a combined perspective view showing a scale booster of the present invention, Figure 3 is a perspective view showing a fluorine resin plate and a zinc resin plate in the scale booster of the present invention. 4 is a cross-sectional view showing a fluorine resin plate in the scale booster of the present invention.

The scale booster 1 of the present invention is connected between the pipes 18 so that the water flowing into the inside does not proceed in one direction but flows in all directions to induce eddy currents to be repeatedly discharged by the collision, thereby increasing the coefficient of friction to prevent static electricity. It is a structure that activates a role.

Therefore, the scale booster 1 of the present invention is installed on the pipe 18 through which water flows to remove scale and rust in the pipe 18 and prevent generation of scale or rust, and the introduced water does not proceed in one direction. Induces the progress of the wave shape.

The ion scale booster 1 of the present invention has a dual structure consisting of an outer cylinder 2 and an inner cylinder 3, and the outer cylinder 2 is a tubular shape made of iron or cast iron material, and the threads 17 are formed on the inner circumferential surfaces of the left and right ends thereof. Is formed.

In addition, the inner cylinder 3 is inserted into the outer cylinder 2 in a state formed of a cylindrical tube made of a copper material to maintain a close contact with the inner circumferential surface of the outer cylinder 2.

Inside the inner cylinder 3, one end is closed in the longitudinal direction and the other end is formed in an open cylindrical shape, and the surface of the fluorine resin having the same shape in which a plurality of vertical holes 12 and inclined holes 11 are perforated. The plate 9 and the zinc plate 7 are inserted to repeatedly intersect.

Therefore, the fluororesin plate 9 and the zinc plate 7 are formed in the same tubular body, and one side of the body forms the front groove 13 inward on the sealed front side, and then a plurality of vertical holes in a straight line. 12 is formed to be through, the other side of the body is open to the inside and the rear groove portion 14 is formed therein and the edge 16 is formed integrally around the periphery.

In addition, a plurality of inclined holes 11 are arranged in the body and the rim so as to pass through the front groove 13 and the rear groove 14, and a part of the pipe 18 is introduced into the vertical hole 12. Is introduced into the inclined hole 11 and supplied to the front groove 13 and the rear groove 14 to collide with each other to generate vortices, and then flows back into the inclined hole 11 and the vertical hole 12 and is discharged. Vortex occurs repeatedly through the fluorine resin plate (9) and the zinc plate (7) and the inner cylinder (3) can be increased as much as possible.

Therefore, the fluorine resin plate 9 and the zinc plate 7 in the inner cylinder 3 are repeatedly inserted so that the bottoms of the edge portions 16 are in close contact with each other.

In addition, the inner circumferential surface of the vortex space portion 19 and the inner cylinder 3 in which the vortex is generated between the fluorine resin plate 9 and the zinc groove 7 in which the fluorine resin plate 9 is repeatedly installed inside the inner cylinder 3 are in close contact with each other. And the lateral space 15 in which the vortices are generated is repeatedly formed between the fluororesin plate 9 and the outer circumferential surface of the zinc plate 7, and water proceeds in a wave shape.

Therefore, in the present invention, the vertical hole 12 and the inclined hole 11 are formed in the fluorine resin plate 9 and the zinc plate 7, and the front groove portion 13 and the rear groove portion 14 are introduced and discharged at high speed. At high flow velocity at) the vortex efficiency can be increased.

In addition, O-rings 5 and 5 'are respectively inserted at both ends of the inner cylinder 3 and the outer circumferential surface of the outer cylinder 2 to seal between the inner cylinder 3 and the outer cylinder 2 and between the covers 4 and 4'.

In addition, the tubular cover 4, 4 'is formed with a fastener 10 having a screw thread 17 formed on the rear surface thereof so as to be tightened along the screw thread 17 at both left and right ends of the outer cylinder 2. There is a structure in which the flange 6 is integrally formed so as to be coupled to the pipe 18.

Therefore, the threads 4 formed on the inner circumferential surface of the inner circumferential surface of the outer cylinder 2 by inserting the thread 17 formed on the outer circumferential surface of the fastener 10 with the covers 4 and 4 ′ positioned at the left and right ends of the outer cylinder 2. Tighten with (17).

A stepped portion 16 is formed on the front surface of the cover 4 and 4 'so that a ring-shaped packing is inserted into the stepped portion 8 so that it is in close contact with the pipe 18 and leaked by water pressure. To prevent them.

In addition, the front surface of the cover (4, 4 ') is formed by the flange (6) to facilitate the assembly with the pipe 18, a plurality of assembling holes are formed in the periphery and in close contact with the flange (6) formed in the pipe 18 bolt Tighten with and nut.

Scale booster (1) having the configuration as described above is a dual structure formed of the outer cylinder (2) and the inner cylinder (3), the material of the outer cylinder (2) improves durability because it uses iron or stainless steel with excellent durability, the outer cylinder The inner cylinder (3) of copper material is inserted in the inside of (2), and a pair of fluororesin plates 9 and zinc plates 7 are inserted in the inner cylinder 3 in the longitudinal direction so that the potential difference is repeated Occurs uniformly.

Therefore, in the present invention, the zinc plate 7 formed to be repeatedly crossed with the fluorine resin plate 9 in the longitudinal direction inside the inner cylinder 3 forms a sacrificial anode to prevent corrosion of the pipe 18 and is dissolved in flowing water. The generation of rust and various bacteria in the pipe 18 is suppressed.

In addition, the present invention prevents leakage due to water pressure and temperature difference because the outer cylinder (2) is located outside to surround the inner cylinder (3) made of copper material by selectively using the material of the outer cylinder (2) or iron or stainless steel It not only improves durability, but also reduces costs.

Fig. 5A is a cross-sectional view of the scale booster of the present invention shown in combination. Fig. 6 is a front view showing the installation state of the scale booster of the present invention.

Scale scale booster (1) of the present invention is formed by the front of the cover (4, 4 ') in the shape of a flange (6) to be easily installed between the water pipe, the water tank, the water supply and drain pipe and is coupled by the bolt and nut.

When water flows into the scale booster 1 installed between the pipes 18, a part of the front groove 13 of the zinc plate 7 is formed through the vertical hole 12 formed in the rear groove 14 of the fluorine resin plate 9. Inflow to the back groove portion 14 of the fluorine resin plate 9 is introduced into the vortex space portion 19 formed in close contact with the back groove portion 14 of the zinc plate 7 .

In addition, a portion of the water introduced into the scale booster 1 is the inner peripheral surface and the fluorine resin plate 9 of the inner cylinder 3 through the inclined hole 11 formed in the bottom and the bottom of the edge portion 16 of the fluorine resin plate 9 To the side space portion 15 formed between the outer circumferential surface in which the zinc plate 7 is in close contact with the vortex space part 19 in which the fluororesin plate 9 and the rear groove 14 of the zinc plate 7 are in close contact with each other. Inflow.

Then, the water proceeding in a straight line through the vertical hole 12 and the water proceeding obliquely through the inclined hole 11 collide with each other in the vortex space 19 and the side space 15, and then incline again after the vortex occurs. Water is introduced and discharged in the same manner to the fluorine resin plate 9 and the zinc plate 7 connected through the ball 11 and the vertical hole 12.

Accordingly, the water flowing into the scale booster 1 has a vortex flow through the vertical hole 12 and the inclined hole 11, so that the water flows in a wave shape to form the fluorine resin plate 9 and the zinc plate 7. The friction coefficient can be increased to activate static electricity.

Fig. 5B is a cross sectional view showing the scale booster of the present invention.

Scale scale booster (1) of the present invention is an assembly bolt (20) type fastened to the pipe (18) and the outer cylinder (2) formed with a thread (17) on both outer peripheral surfaces in place of the flange (6) connected to the pipe (18) It can be formed and tightened.

1: scale booster 2: outer cylinder
3: inner tube 4, 4 ': cover
5, 5 ': O-ring 6: Flange
7: zinc plate 8: step
9: fluororesin plate 10: fastener
11: inclined hole 12: vertical hole
13: front space part 14: rear space part
15: side space portion 16: edge portion
17: thread 18: piping
19: Vortex space part 20: Assembly bolt

Claims (5)

In the scale booster installed between the pipes,
An outer cylinder having a thread formed on the inner circumferential surfaces of both left and right ends thereof in a tubular shape made of iron or stainless steel;
An inner passage inserted into the outer cylinder in a tubular shape made of copper material;
One end is sealed in the inner cylinder in the longitudinal direction, the other end is formed in an open cylindrical shape, the surface is formed in the same shape through a plurality of vertical and inclined holes through the cross in a state in which one side is in close contact with each other. Fluorine resin plates and zinc plates repeatedly installed;
O-rings are placed in close contact with both ends of the outer peripheral surface of the inner cylinder and the outer cylinder;
An ion scale booster, characterized in that a fastener formed with a screw thread is formed on the rear surface of the outer cylinder so as to be tightened with the thread of the outer cylinder, and a front surface is formed of a tubular cover integrally formed with a flange to engage the pipe.
The method of claim 1,
The fluorine resin plate and the zinc plate, which are repeatedly installed inside the inner cylinder, are in close contact with the vortex space portion in which the vortex occurs, and the side space portion in which the vortex is generated is formed between the inner circumferential surface of the inner cylinder and the outer circumferential surface of the fluorine resin plate and the zinc plate. Ion scale booster, characterized in that.
3. The method according to claim 1 or 2,
The fluorine resin plate and the zinc plate are formed in the same cylindrical body so that one side is formed with a front groove portion inwardly in a closed front surface, so that a plurality of vertical holes are formed in a straight line, and the other side of the body is open to the rear side. An ion scale booster, characterized in that a plurality of inclined holes are formed through the front and rear grooves on the body and the border in a state in which the groove is formed and the edge is integrally formed on the circumference.
The method of claim 1,
An ion scale booster, characterized in that formed in the assembly bolt type is fastened to the pipe and the outer cylinder is formed on the outer peripheral surface of both ends in place of the flange.
The method of claim 2,
The ion scale booster, characterized in that the fluorine resin plate and zinc plate repeatedly installed in the inner cylinder is repeatedly generated along the longitudinal direction of the inner cylinder through the vortex space portion and the side space portion.

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