JP3091770U - Magnetic processing unit - Google Patents

Abstract

(57) [Abstract] (Modified) [Problem] To make a magnetic force act more efficiently on a liquid flowing in a conduit, and to prevent the aging of the magnet as much as possible to prevent magnetic treatment for many years. It is an object of the present invention to provide a magnetic processing device that can be achieved. A magnet holder (2) detachably attached to an outer peripheral portion of a conduit (8), and a magnet (6) housed in the magnet holder (2) are provided. A magnet housing space for housing a plurality of magnets 6 in a waterproof manner is provided along the outer peripheral portion of.

Description

[Detailed description of the device]

[0001]

[Technical field to which the device belongs]

  The present invention relates to a device for magnetically treating water or the like. Related to a magnetic processing device detachably attached to the outer peripheral portion of a conduit such as a road pipe Is.

[0002]

[Prior art]

  In recent years, permanent magnets (hereinafter abbreviated as "magnets") have been installed on the periphery of conduits such as water pipes. To activate water in the conduit and remove scale in the conduit. Various devices have been proposed.

[0003]   For example, in Japanese Unexamined Patent Publication No. 10-180262, water is attached to a conduit to activate water. Is proposed, and a pair of magnets arranged in a "dogleg" shape is provided. A housing and a connecting portion for connecting the housing are provided and configured, whereby various housings are provided. The magnet is advanced and retracted so that it closely adheres to a conduit having a large diameter. Is disclosed.

[0004]

[Problems to be solved by the device]

  However, in such a device, the magnet that comes into contact with the conduit is formed in a "dogleg" shape. Therefore, if the opposite housing is sandwiched between pipes and attached, the contact area with the pipes Is reduced, and it is effective depending on the magnets that are located away from the water pipe. This causes a problem that magnetic force cannot be applied.

[0005]   On the other hand, Japanese Unexamined Patent Publication No. 10-118658 discloses that a liquid flowing in the conduit is treated in the same manner as this. Change the liquid chemically or physically by applying a magnetic force to the liquid Such an apparatus is disclosed. This device attaches a magnet to the outer circumference of the conduit. The outer circumference of the magnet is covered with an iron plate so that it can be attached to the conduit. is there. According to this device, multiple magnets are closely contacted on the concentric circle of the conduit. Therefore, the magnetic force can be applied efficiently and the water quality can be improved. Become so.

[0006]   However, this device should be installed with the magnet exposed to the conduit. For example, in a water meter box where rainwater can easily enter When such a device is attached to the magnet, it is easy for the magnet to rust, and There is a possibility that the annual change will be accelerated and the magnetic force will be reduced. Because of this, it adheres closely to the conduit Even though the magnets are attached, the water quality is improved over a long period of time. It becomes impossible to plan.

[0007]   Therefore, the present invention focuses on the above-mentioned problems and is more efficient for liquid flowing in the conduit. Make sure that the magnetic force is applied well, and prevent aging of the magnet as much as possible. Providing a magnetic processing device that can stop and perform magnetic processing for a long time The purpose is to do.

[0008]

[Means for Solving the Problems]

  That is, in order to solve the above-mentioned problems, the magnetic processing device of the present invention is installed on the outer peripheral portion of the conduit. The magnet holder to be attached is provided with a magnet housing along the outer circumference of the conduit. However, the magnet is housed in the magnet housing portion so as to be waterproof. This The magnets are arranged by arranging the magnets along the outer circumference of the conduit like In addition to enhancing the effect of force, we decided to store this magnet waterproofly. Therefore, prevent the magnetic force from decreasing due to rust, etc., and keep the magnetic force for a long time. Will be possible.

[0009]   In addition, a magnet housing section for housing magnets is installed on the side of the magnet holding body that contacts the conduit. This magnet housing is configured so that it can be waterproofly sealed with an inner cover. It With this configuration, the magnet can be stored close to the conduit side. Therefore, the effect of magnetic force can be further enhanced.

[0010]   Further, the magnet holder is configured to be divided along the longitudinal direction of the conduit. By configuring in this way, for example, to a conduit in a narrow water meter box Even if it is attached, it is easy to attach, and the magnet is housed in the magnet. When storing the magnet, the inner side of the magnet holder can be opened to easily store the magnet. You will be able to

[0011]   In addition, the end face of the magnet housed in this way on the conduit side is curved along the outer circumference of the conduit. Configure in a shape. With this configuration, the conduit outer peripheral portion and the magnet end surface are brought closer to each other. It becomes possible to increase the effect of the magnetic force.

[0012]   At the boundary of the divided magnet holders, the gap width is gradually widened toward the outside. Provide a sharp taper. With this configuration, for example, this magnetic processing device When installing in a water meter box where sediment is likely to accumulate, the sediment will be divided. Even if it is caught in the gap between the magnet holders, So that it can be easily installed in the conduit. Become.

[0013]   In addition, the magnet holder can be rotated in the gap formed by this tapered portion. It is configured to position the hinge part to be connected. With this configuration, the device It is possible to reduce the external dimensions, and when opening the magnet holder Since the turning radius can be made as small as possible, water taps with relatively narrow inner dimensions can be used. It can be easily installed in the data box.

[0014]   Further, the magnets are arranged so that the magnetic poles of the magnets adjacent to each other are aligned. . With this configuration, the magnets repel each other and the lines of magnetic force are emitted linearly. Thus, the magnetic lines of force can be exerted on the liquid in the conduit.

[0015]   In another invention, this magnet is arranged so that the magnetic poles of the magnets adjacent to each other are oriented. Store differently. With this structure, the adjacent magnets attract each other. Therefore, it becomes possible to prevent a decrease in magnetic force due to aging.

[0016]

[Embodiment of device]

  An embodiment of the present invention will be described below with reference to the drawings. Figure 1 It is a front view of the magnetic processing apparatus 1 in this embodiment. And 2 and 3 show a magnet holder constituted by an outer cover body 4 and an inner cover body 5. It is a longitudinal cross-sectional view of the holding body 2 and an enlarged view of a joint boundary portion. Further, FIGS. 4 and 5 show the magnetic treatment device 1 configured in this way as a water meter It is a state diagram attached to the conduit 8 in the box 7.

[0017]   The magnetic processing apparatus 1 according to this embodiment includes a conduit 8 in a water meter box 7. Is detachably attached to the pipe 8 along the longitudinal direction which is the axial direction of the conduit 8. The divided semi-cylindrical magnet holder 2 and a pair of magnet holders 2 for joining the pair of magnet holders 2 A hinge 30 and a buckle 31 that are binding members are provided, and the hinge 30 is centered. The conduit 8 is attached so as to sandwich the outer peripheral portion thereof. Normal The water meter box 7 has a width of about 20 cm and a width of about 40 c at the opening. m, and a width of about 20 cm in the depth direction. There are various types such as diameters of 20 mm and 40 mm. It Therefore, the magnetic treatment device 1 according to this embodiment also has a water meter The external dimensions are set so that mounting work can be performed inside the box 7, and the hollow The inner diameter of the cylinder is also set to a size that allows close contact with the conduit 8. That These magnet holders 2 are designed so that rainwater and the like flowing into the water meter box 7 will be magnetized. The outer cover body 4 and the inner cover body 5 are joined so as not to enter the stone storage space S1. To form a waterproof magnet storage space S1 and guide the magnet holder 2 When attaching to the pipe 8, the earth in the water meter box 7 The width of the gap S2 is gradually widened toward the outside in the radial direction so as not to be caught in the joint portion. A tapered portion 41 is formed so as to be bent. Hereinafter, this embodiment A specific configuration of the magnetic processing apparatus 1 in 1 will be described.

[0018]   The pair of magnet holders 2 have the same structure, and are the same as the outer cover body 4. , And an inner cover body 5.

[0019]   The outer cover body 4 is made of a substantially semi-cylindrical metal material that has been subjected to anticorrosion treatment. When the hinge 30 provided on one side of the hinge 30 is rotated, The outer wall is designed to have a small turning radius so as not to come into contact with the inner wall of the water meter box 7. The minutes are rounded. In addition, inside the outer cover body 4 (conduit contact The surface side) has a bottomed cylindrical shape having an opening 400 for accommodating a plurality of magnets 6. A magnet housing 40 (see FIG. 2 etc.) is provided along the outer peripheral portion of the conduit 8. , With respect to the conduit 8 having a diameter of 20 mm, three magnet holders 2 in the circumferential direction in the longitudinal direction The six magnets 6 can be stored in the direction. On the other hand, both sides of this outer cover body 4 On the side, the width S2 between the magnet housing 2 and the magnet housing 2 facing each other is gradually widened toward the outer side in the radial direction. A tapered portion 41 is provided so as to bend.

[0020]   The magnet 6 attached to the outer cover body 4 has a diameter of 1 cm and a height of about 1 cm. Approximately 4000 gauss The liquid in the conduit 8 can be magnetically processed by the magnetic force of. This porcelain On the end face of the stone 6 on the conduit 8 side, a curved portion 61 (corresponding to the outer peripheral shape of the conduit 8 (See FIG. 3), and by providing such a curved portion 61, the magnet 6 The end surface of the pipe and the conduit 8 are made to be as close as possible. And this In this embodiment, the magnets 6 configured as described above are magnets adjacent to each other. 6 are housed regularly in the circumferential and longitudinal directions so that the magnetic poles have the same orientation. It

[0021]   On the other hand, the inner cover body 5 attached to the inside of the magnet 6 is subjected to rust prevention treatment. A semi-circular arc along the outer periphery of the conduit 8 Is formed in a curved shape, and the magnet storage portion 40 of the outer cover body 4 is closed to close the magnet storage space. The space S1 can be sealed in a waterproof manner.

[0022]   The magnet holder 2 configured as described above has a hinge attached to one side. It is rotatably joined by 30 and is attached to the other side opposite to this. It is closed by the buckle 31.

[0023]   This hinge 30 separates each magnet holder 2 when mounting it on the conduit 8. After sandwiching it in the conduit 8, insert the pin integrally formed with one hinge 30 into the opposite side. The hinge portion 30a is engaged with the hinge portion 30a. By configuring the number 30 to be separable, the installation in the narrow water meter box 7 The installation work is easy. Also, this hinge portion 30a , Is located within the gap S2 formed by the taper portion 41, and The outer dimensions of the magnet holder 2 are made as small as possible to make the water meter box 7 narrow. I try to fit inside.

[0024]   The hinge 30 and the buckle 31 are screw members with respect to the outer cover body 4. It may be attached by, for example, but using the screw member like this If attached, the screw hole part may be It penetrates to the magnet housing 40, and water etc. penetrates through the screw hole, and the magnet 6 gets rusted. Can cause it. Therefore, the hinge 30 and the buckle 3 are preferably used. The washer 1 is attached to the surface of the outer cover body 4 by welding or gluing, or The outer cover body 4 may be integrally formed with the outer cover body 4.

[0025]   Next, a method for assembling the magnetic processing apparatus 1 configured as described above and a water supply system. A method of attaching the conduit box 8 in the container box 7 will be described.

[0026]   First, when assembling the magnetic processing apparatus 1, the magnet assembly provided on the outer cover body 4 is The plurality of magnets 6 are stored in the storage unit 40. At that time, the curved portion 61 of the magnet 6 is placed in the magnet assembly. The curved portion 61 has a surface that is stored while being positioned in the opening portion 400 of the storage portion 40. The magnet 6 is oriented so that the outer cover body 4 and the inner surface of the outer cover body 4 form a continuous curved surface. Align. Then, after housing the magnet 6, the inner cover body 5 is placed inside the outer cover body 4. The outer cover body 4 and the inner surface of the outer cover body 4 is coated with a silicon agent and then joined. It In this state, the magnet housing space S1 is protected by the inner cover body 5 and the magnet housing portion 40. Water-tightly sealed.

[0027]   Then, the pair of magnet holders 2 configured as described above are overlapped with each other, and In this state, position the hinge portion 30a in the gap S2 between the taper portions 41 and remove the hinge 30. The buckle 31 is also attached to the side opposite to this.

[0028]   Then, the magnetic treatment device 1 configured as described above is installed in the water meter box 7. When attaching to the pipe 8, first, remove the sediment accumulated in the water meter box 7. Except for this, a space for mounting the magnetic processing device 1 is secured. And the designated sand After removing, the buckle 31 is removed to open the inner surface side of the magnet holder 2, After sandwiching the magnet holder 2 of No. 1 in the conduit 8 in a separated state, engage the hinge 30 The magnetic processing apparatus 1 is mounted, but at this time, the remaining earth and sand is left in the gap between the magnet holders 2. There is a possibility of being caught in S2. However, in this case, the closing movement of the magnet holder 2 The soil is swept out along the tapered portion 51 along with the work, and the buckle 31 is used. Can be closed. Then, by closing the buckle 31 in this way, the magnet storage space The magnetic force from the magnet 6 housed in S1 is applied to magnetically process the liquid in the conduit 8. To do.

[0029]   As described above, according to the above-described embodiment, the magnets 6 are housed along the outer peripheral portion of the conduit 8. By doing so, magnetic force can be effectively applied to the liquid in the conduit 8. At the same time, the magnet 6 is configured to be waterproofly sealed in the magnet storage space S1. Therefore, iron is the main component, such as neodymium magnets, and the magnetic force decreases due to rust. Even when using a magnet like Will be able to

[0030]   In addition, the opening 400 of the magnet housing 40 for housing the magnet 6 is placed inside (guided). Provided on the tube contact surface side), house the magnet 6 from there, and seal with the inner cover body 5. As a result, the end surface of the magnet 6 can be brought as close as possible to the conduit 8 and the effect of the magnetic force can be improved. You will be able to raise the fruit.

[0031]   Further, the magnet holder 2 is configured to be divided along the longitudinal direction of the conduit 8. Therefore, the magnet holder 2 is opened and closed and installed in the conduit 8 in the narrow water meter box 7. It is possible to attach the magnet 6, and also when the magnet 6 is stored in the magnet storage portion 40. , The opening 400 is exposed by opening the divided magnet holder 2. Thus, the magnet 6 can be easily stored.

[0032]   In addition, the curved portion 6 along the outer circumference of the conduit 8 is attached to the end surface of the magnet 6 thus stored. 1 is provided, so that the distance between the end face of the magnet 6 and the conduit 8 is made closer. It is possible to enhance the effect of magnetic force.

[0033]   In addition, at the boundary portion of the divided magnet holders 2, gradually outward in the radial direction. Since the taper portion 41 with the widened gap is provided, it is easy for sediment to accumulate. When the magnet holder 2 is attached to the water meter box 7, the earth and sand are divided into spaces in the magnet holder 2. Even if it is sandwiched between the spaces S2, the earth and sand can be swept out by the taper portion 41. Therefore, the work of attaching to the conduit 8 can be easily performed.

[0034]   Further, the magnet holder 2 is rotated in the gap S2 formed by the tapered portion 41. Since the hinge portion 30a that is movably connected is positioned, the width dimension of the device can be reduced. Not only can it be made smaller, but the turning radius of the magnet holder 2 can also be made smaller. You can As a result, inside the water meter box 7 with a relatively small inner dimension It can be installed easily.

[0035]   The magnet 6 is housed in the magnet holder 2 so that the magnetic poles of the magnets 6 are aligned with each other. Therefore, the magnetic force line can be linearly emitted, and the magnetic force is exerted on the liquid in the conduit 8. It becomes possible to make it work.

[0036]   It should be noted that the present invention is not limited to the above-described embodiment and does not depart from the gist of the present invention. Various changes can be made within a certain range.

[0037]   For example, in the above embodiment, the outer cover body 4 and the inner cover body 5 are made of a metal material. Although it is configured by using a plastic material such as synthetic resin. You may make it comprise.

[0038]   In addition, in the above-described embodiment, the magnet housing portion 40 is provided in the outer cover body 4 and the magnet 6 is provided. However, the outer cover body is configured as a curved plate, and the inner cover is A large space having a circular tubular shape is formed by the body to accommodate a plurality of magnets 6. You can do it.

[0039]   Further, in the above embodiment, a plurality of cylindrical magnets 6 are stored. However, not limited to this, magnets of various shapes can be used.

[0040]   In addition, in this embodiment, the inner cover body 5 is covered with the silicone agent by using a silicone agent. Although it is joined to the body 4 to seal the magnet storage space S1, it is not limited to this. Even if the magnet housing portion 40 and the inner cover body 5 are hermetically sealed by contact or the like. good. Further, at this time, the inner cover body 5 is also made of one curved plate material. Instead of using a cap-shaped one that covers each magnet housing 40, Is also good.

[0041]   Further, in the above-mentioned embodiment, the installation work efficiency in the water meter box 7 is improved. The hinge 30 can be separated from the standpoint of improvement, but like this From the viewpoint of improving the installation work efficiency in the narrow water meter box 7, A part or the whole of the buckle 31 is configured to be detachable from the magnet housing portion 2, After attaching the magnet housing 2 to the conduit 8, attach the buckle 31 and close it. You can

[0042]   Further, in the above embodiment, the hinge 30 is configured to be separable, but this hinge is It may be an independent hinge of the body, or a part of the magnet holder 2 can be engaged. It may be integrally molded as described above.

[0043]

[Effect of device]

  The present invention has a magnet storage space for storing magnets along the outer periphery of the conduit. Since the magnet is sealed in a watertight manner in this magnet housing, The effect of magnetic force can be enhanced by the magnet housed in the part. The waterproof seal prevents magnetic force from decreasing due to rust, It is possible to enable retention of magnetic force over a period of time.

[Brief description of drawings]

FIG. 1 is a front view showing a magnetic processing apparatus according to the present embodiment.

FIG. 2 is a longitudinal sectional view of an outer cover body in the same embodiment.

FIG. 3 is a diagram showing a joined state of the cover body in the same embodiment.

FIG. 4 is a view showing a state in which it is attached to a conduit.

FIG. 5 is a perspective view showing a state of being attached to a water meter box.

[Explanation of symbols] 1 ... Magnetic processing device 2 ... Magnet holder 4 ... Outer cover body 5: Inner cover body 6 ... Magnet 8 ... Conduit 40 ... Magnet storage 41 ... Tapered part 61 ... Bending part of magnet 400 ... Opening of magnet storage S1 ... Magnet storage space S2 ... Gap

Claims (11)

[Scope of utility model registration request] 1. A magnetic processing apparatus comprising a magnet holder detachably attached to an outer peripheral portion of a conduit for fluid flow, and a magnet housed in the magnet holder, wherein the outer peripheral portion of the conduit is provided with A magnetic processing device characterized in that a plurality of magnets are housed in a waterproof manner. 2. A magnetic processing apparatus comprising a magnet holder detachably attached to an outer peripheral portion of a conduit for fluid circulation, and a magnet housed in the magnet holder, wherein the conduit of the magnet holder is provided. A magnet accommodating portion for accommodating a plurality of magnets is provided along the outer peripheral portion of the conduit on the contact surface side, the magnet is accommodated in this magnet accommodating portion, and the magnets are hermetically sealed by an inner cover body. A magnetic processing device characterized by the above. 3. A magnet holder, which is detachably attached to an outer peripheral portion of a conduit for fluid flow and is divided along the longitudinal direction of the conduit, and a magnet housed in the magnet holder. The magnetic processing apparatus according to claim 1, wherein a plurality of magnets are housed in a waterproof manner along the outer peripheral portion of the conduit. 4. A magnet holder, which is detachably attached to an outer peripheral portion of a conduit for fluid flow and is divided along the longitudinal direction of the conduit, and a magnet housed in the magnet holder. In the magnetic processing device, a magnet housing portion for housing a plurality of magnets is provided along the outer peripheral portion of the conduit on the conduit contact surface side of the magnet holder, and the magnets are housed in the magnet housing portion, and the inner cover body is provided. A magnetic processing device characterized in that the magnet is hermetically sealed in a waterproof manner. 5. A magnetic processing apparatus comprising a magnet holder detachably attached to an outer peripheral portion of a conduit for fluid circulation, and a magnet housed in the magnet holder, wherein the conduit of the magnet holder is provided. A magnet accommodating portion for accommodating a plurality of magnets along the outer peripheral portion of the conduit is provided on the contact surface side, and a magnet having a curved portion curved along the outer periphery of the end surface on the conduit side is accommodated in the magnet accommodating portion. The magnetic processing apparatus is characterized in that the magnet is hermetically sealed by an inner cover body. 6. A taper portion, which is detachably attached to an outer peripheral portion of a conduit for fluid flow, and is provided with a taper portion whose width gradually widens toward the outside at each boundary portion divided along the longitudinal direction of the conduit. A magnetic processing apparatus comprising a magnet holder and a magnet housed in the magnet holder,
A magnetic processing apparatus comprising a plurality of magnets housed in a waterproof manner along an outer peripheral portion of the conduit. 7. A magnet, which is detachably attached to an outer peripheral portion of a conduit for fluid flow, and has a tapered portion in which a gap width is gradually widened toward the outside at each boundary portion divided along the longitudinal direction of the conduit. A magnetic processing apparatus comprising a holder and a magnet housed in the magnet holder, wherein a plurality of magnets are housed along the outer peripheral portion of the conduit on the conduit contact surface side of the magnet holder. A magnetic processing apparatus comprising: a magnet housing portion for storing the magnet, the magnet housing portion containing the magnet, and the inner cover body sealing the magnet in a waterproof manner. 8. A taper portion which is removably attached to an outer peripheral portion of a conduit for fluid circulation, and is provided with a taper portion in which a gap width is gradually widened toward the outside at each boundary portion divided along the longitudinal direction of the conduit. A magnetic processing apparatus comprising: a magnet holder, a magnet housed in the magnet holder, and a connecting member for connecting the magnet holder by arranging a hinge portion in the gap. A magnetic processing apparatus comprising a plurality of magnets housed in a waterproof manner along an outer peripheral portion. 9. A magnet, which is detachably attached to an outer peripheral portion of a conduit for fluid flow, and is provided with a tapered portion in which a gap width is gradually widened toward the outside at each boundary portion divided along the longitudinal direction of the conduit. A magnetic processing apparatus comprising: a holder, a magnet housed in the magnet holder, and a connecting member that connects the magnet holder by positioning a hinge portion in the gap. A magnet housing portion for housing a plurality of magnets is provided on the conduit contact surface side along the outer peripheral portion of the conduit, the magnet is housed in the magnet housing portion, and the magnet is sealed by an inner cover body so as to be waterproof. A magnetic processing device characterized by the following. 10. A magnetic processing apparatus comprising: a magnet holder detachably attached to an outer peripheral portion of a conduit for fluid flow; and a magnet housed in the magnet holder, wherein the conduit of the magnet holder is provided. The contact surface side is provided with a magnet housing part for housing a plurality of magnets along the outer peripheral part of the conduit, and the magnets are housed with the magnetic poles aligned with each other, and the inner cover body waterproofs the magnets. A magnetic processing device characterized in that it is hermetically sealed. 11. A magnetic processing apparatus comprising a magnet holder detachably attached to an outer peripheral portion of a conduit for fluid flow, and a magnet housed in the magnet holder, wherein the conduit of the magnet holder is provided. A magnet accommodating portion for accommodating a plurality of magnets along the outer peripheral portion of the conduit is provided on the contact surface side, and the magnets are accommodated in the magnet accommodating portion so that the directions of the magnetic poles are alternately different in the adjacent directions. A magnetic processing device characterized in that the magnet is sealed in a waterproof manner by the body.