JP3025212B2 - Antibacterial water storage device - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an antibacterial water storage device, and more particularly, to an antibacterial water storage device capable of suppressing the growth of various bacteria in water stored in a water tank.

[0002]

2. Description of the Related Art Conventionally, for example, in water supply facilities in buildings such as buildings and condominiums, water storage tanks such as water receiving tanks and elevated water tanks are used.

When storing tap water in the water storage tank,
The tap water is usually sterilized by chlorination, and since the residual chlorine concentration in the tap water is usually maintained at about 0.1 to 0.3 ppm, the chlorine in the tap water suppresses the growth of various bacteria in the tap water. It has germicidal power.

[0004] However, for example, when the influence of the environment change around the water storage tank is strong, the effective chlorine concentration derived from sodium hypochlorite, which should be controlled so as to be always constant in the tap water, is considered. May be reduced.

For example, the sterilizing power of chlorine is easily affected by the temperature, pH, etc. of tap water. For example, the temperature around the water storage tank changes due to changes in season, climate, etc. Is exposed to water and the water temperature rises abnormally, or the installation location of the water storage tank is adjacent to a chemical factory or the like, for example.
When the influence of the change of H is strong, there is a possibility that the growth of various bacteria in the water cannot be suppressed only by the sterilizing power of chlorine in the water in the water tank.

Therefore, as a method of effectively suppressing the growth of various bacteria in tap water together with the sterilizing power of chlorine, for example, an antibacterial agent is applied to the inner wall surface of the water tank and the tap water stored in the water tank is used. A method of performing sterilization, a method of suspending particles made of an antibacterial agent on the surface of tap water stored in a water storage tank, and the like have been proposed.

[0007]

However, in the method of applying an antibacterial agent to the inner wall surface of the water storage tank, (1) the tap water in the vicinity of the inner wall surface of the water storage tank where the antibacterial agent is applied includes the following: Although the antibacterial action of the antibacterial agent is effective, the antibacterial action of the antibacterial agent is not sufficient for tap water at a position away from the inner wall surface. (2) Water storage containing tap water, particularly as drinking water In the case of a tank, the use of organic antibacterial agents is very limited due to safety and health problems, and in the method of suspending particles made of antibacterial agents,
(3) In tap water near the surface of water on which particles made of an antibacterial agent are suspended, the antibacterial effect of the antibacterial agent is effective.
(4) that the tap water at a position distant from the water surface on which the particles are suspended has insufficient antibacterial action of the antibacterial agent;
Due to the flow of water generated in the water tank, the shape of the water tank, etc., particles made of the antibacterial agent are unevenly distributed in one place, and all tap water stored in the water tank has And the antibacterial action of the antibacterial agent is not sufficient, and (5) when cleaning the inside of the water tank, the operation of removing particles made of the antibacterial agent is extremely complicated. .

In particular, when the water storage tank is used as an elevated water storage tank in a water supply system of a high-rise building, for example,
Or in the case of being used as an elevated water tank in a water supply facility or the like of a complicated and densely-built building, since the cleaning operation in the water storage tank is very complicated, the workability of the cleaning operation is high. Improvement is desired.

[0009] An object of the present invention is to provide an antibacterial water storage device capable of suppressing the growth of various bacteria in water contained in a water tank.

Another object of the present invention is to provide an antibacterial water storage device which can easily perform a cleaning operation in a water tank.

[0011]

A first means for solving the above-mentioned problems is to provide a water tank for storing water, a support member disposed on the water tank, and a water tank for storing water in the water tank. And an antibacterial dip suspended from the support member, wherein at least a part of the surface is formed of an antibacterial agent-containing member, and superimposing means for superimposing the antibacterial dip. A second means for solving the above-mentioned problem is that the antibacterial immersion body in the first means is a plate-like body, a cylindrical body, a spiral body, a rod-like body. , A net-like body, a sheet-like body, or a bellows-like body, wherein a plurality of support members in the first means are provided, and the superimposing means in the first means are arranged at intervals above the water tank. The plurality of support members are assembled at one place on the water tank. By the first is a supporting member aggregated superimposing means for superimposing said antimicrobial immersion body
The antibacterial water storage device of the means of the present invention, wherein a third means for solving the above problem is provided with a plurality of antibacterial immersion bodies in the first means, each antibacterial immersion body is a plate-like body, A cylindrical body, a spiral body, a rod-like body, a net-like body, a sheet-like body, or a bellows-like body;
Antimicrobial immersion body assembly type superimposing means for superimposing the antimicrobial immersion body by assembling the plurality of antimicrobial immersion bodies suspended at intervals on a support member at one place in the support member. The antibacterial water storage device of the first means is a fourth means for solving the above problem, wherein the antibacterial immersion body in the first means is a net-like body, a sheet-like body, or a bellows-like body. Wherein the superimposing means in the first means is an antibacterial dipped body folding type superimposing means for superimposing the antibacterial dipped body by folding the antibacterial dipped body suspended from a support member. A fifth means for solving the above problem is provided with a plurality of antibacterial immersed bodies in the first means, and each antibacterial immersed body is a plate-like body, Cylindrical body,
A spiral body, a rod-like body, a net-like body, a sheet-like body, or a bellows-like body; a plurality of support members in the first means are provided; and the superimposing means in the first means is the second means. Member assembly type superimposing means in the means and the third means
The antibacterial water storage device of the first means, which is an assembly-type composite superimposing means having the antibacterial immersed body assembling superimposing means in the means of the first means, wherein the sixth means for solving the problem is the first means. The antibacterial dipped body in the means is a net-like body, a sheet-like body, or a bellows-like body, a plurality of support members in the first means are provided, and the superimposing means in the first means is the second means. The antibacterial water storage device of the first means, which is a foldable composite superimposing means having the support member assembly type superimposing means in the means and the antibacterial dipped body folding superimposing means in the fourth means, and solves the problem. A seventh means for carrying out the invention is that the antibacterial immersion body in the first means is formed of a hollow member formed so that water can flow therein, and at least an outer surface of the hollow member is formed. Anti Agent containing a antibacterial water storage device of the first means comprising an internal supply water of the hollow member is jettable formed outside.

[0012]

BEST MODE FOR CARRYING OUT THE INVENTION

(General Description) An antibacterial water storage device according to the present invention includes a water tank for storing water, a support member disposed on the water tank, and a water tank immersed in the water stored in the water tank and having at least a surface. A part is formed of an antibacterial agent-containing member, and includes an antibacterial immersion body suspended from each of the support members, and a superimposing means for superimposing the antibacterial immersion body.

The water tank is not particularly limited as long as it can contain water, and the shape of the water tank is not particularly limited.

Examples of the shape of the water tank include a cylinder, an elliptic cylinder, a sphere, a cube, a rectangular parallelepiped, a prism, a polygonal prism, a cone, a pyramid, a truncated cone, a truncated pyramid, an inverted cone, and an inverted pyramid.

The present invention is also suitable for the case where the shape of the inside of the water tank is a complicated shape in which the contained water tends to stay, for example, by providing a pipe, a valve or the like in the water tank. Can be adopted.

[0016] The support member is disposed on the water tank,
It has a function of suspending the antibacterial dipped body.

The shape of the support member is not particularly limited as long as it has the above function, but a simple shape may be a rod shape.

This support member is normally arranged horizontally above the liquid level in the water tank. However, depending on the case, the support member may be arranged inclined above the liquid level in the water tank.

The number of support members disposed above the liquid level in the water tank is appropriately determined according to the scale of the water tank, the size of the water tank, and the like. Good, or two or more. When assuming a conventional water tank such as a water receiving tank for tap water, it is convenient to provide a large number of support members.

The antibacterial dipped body suspended from the support member may be one antibacterial dipped body depending on the shape of the antibacterial dipped body, or a plurality of antibacterial dipped bodies may be suspended. It may be done. In addition, about this antibacterial immersion body,
Details will be described later.

The antibacterial dipped body in the support member may be suspended and supported by, for example, (a)
A fixed support mode in which the antibacterial immersion body is immovably fixed and suspended and supported, (b) a movable support mode in which a large number of the antibacterial immersion bodies are movably suspended and supported, and (c) a foldable state. An expandable / reducible support mode in which the antibacterial immersion body is suspended and supported so as to be capable of being expanded / reduced can be mentioned.

As the support member in the case of (a) the fixed support mode, for example, the support member is horizontally arranged on the water tank so as to cross over the water tank, and a large number of the antibacterial immersion bodies cannot be moved. And a rod such as a traverse rod having fixing means for fixing to the support member.

Examples of the fixing means include a fixing screw, a fixing hook, a fixing clip, a fixing ring, a fixing rope and the like. Further, the support member and a large number of the antibacterial dipped bodies can be integrally formed.

In the case of the above (a) fixed support mode,
The antibacterial immersion body immovably fixed to the support member by the fixing means or the like is referred to as a fixed antibacterial immersion body.

As the supporting member in the case of the movable supporting mode (b), for example, the supporting member is horizontally disposed on the water tank so as to cross over the water tank, and the antibacterial immersion body is suspended so as to be movable. Carriers that can be supported, rods such as traverse rods having rails on which the carrier can move, rails such as curtain rails, and the like can be given.

The carrier includes, for example, a ring, a rope, a hook, and the like, which can be moved along the rod, and a hook, a clip, a ring, and the like provided with rollers movable along the rail. Can be.

In the case of (b) the movable support mode, the antibacterial immersion body movably suspended by the support member by the carrier or the like is referred to as a movable antibacterial immersion body.

Examples of the support member in the case of (c) the expansion and contraction support mode include the same as the support member in the case of the (b) movable support mode.

[0029] In the case of the above (c) expandable and contractible support mode, the antibacterial immersion body suspended and supported by the support member so as to be expandable and scalable by the carrier or the like may be combined with an expansion / contraction type antibacterial immersion body. Name.

[0030] It is preferable that the supporting members are arranged at intervals above the water tank by the superimposing means, and are arranged so as to be able to be assembled at one place on the water tank.

The superimposing means has a function of superimposing a large number of the antibacterial dipped bodies.

In the superimposing means, depending on the mode of superimposing the antibacterial immersion body, (A) a support member assembly type superimposition means, (B) an antibacterial immersion body assembly type superimposition means, and (C) an antibacterial immersion body Body folding type superimposing means; (D) an assembly type composite superimposing means obtained by combining the support member assembling type superimposing means with an antibacterial immersion body assembling type superimposing means; Foldable composite superimposing means or the like obtained by combining the immersion body folding type superimposing means.

(A) The supporting member gathering type superimposing means collects a plurality of the supporting members at one place on the water tank,
Thereby, the antibacterial dipped body is configured to overlap.

[0034] The (B) antibacterial dipped body assembling type superimposing means assembles the plurality of movable antibacterial dipped bodies suspended from the support member at intervals, at one place in the support member, Thereby, the movable antibacterial dipping body is configured to overlap.

The (C) antibacterial immersion body folding type superimposing means folds the foldable expansion-contraction antibacterial immersion body suspended from the support member from an expanded state to a contracted state. Thereby, it is comprised so that the said expansion-contraction type antibacterial immersion body may be overlapped.

[0036] The (D) assembling-type composite superimposing means assembles the plurality of movable antibacterial immersed bodies in one place on the supporting member, and connects the plurality of supporting members to one of the water tanks. By gathering them together and combining them,
The movable antibacterial dipping body is configured to overlap.

(E) The foldable composite superimposing means folds the expandable and contractible antibacterial immersion body which is foldable from an expanded state to a reduced state, and connects the plurality of support members to the water tank. By assembling them in one place above and combining them, the expanding and contracting antibacterial dip is configured to overlap.

In the present invention, by employing the superimposing means, the water contained in the water tank and the antibacterial immersion body can be efficiently brought into contact with each other, and the water contained in the water tank can be efficiently brought into contact with the water. Since the contact area with the antibacterial immersion body can be increased, the antibacterial action can be more effectively exerted.

By superimposing the antibacterial immersion body by the superimposing means, the operation of disposing the antibacterial immersion body in the water tank and the operation of collecting the antibacterial immersion body from the water tank can be performed more efficiently. It can be done easily.

Further, by superimposing the antibacterial immersed body by the superimposing means, the present invention can be suitably realized even when the shape and size of the water tank and the opening area of the water tank are variously different.

As the antibacterial agent-containing member, for example, an antibacterial agent-containing ceramic molded body obtained by molding an antibacterial agent-containing ceramic obtained by dispersing an antibacterial agent in a ceramic, or an antibacterial agent dispersed in a resin. An antimicrobial-containing resin molded article obtained by molding an antimicrobial-containing resin, an antimicrobial-containing resin fiber obtained by dispersing the antimicrobial agent in the resin, and then spinning, dispersing the antimicrobial agent in the resin paint. And an antimicrobial-containing resin coating obtained by applying the antimicrobial-containing resin paint.

Examples of the antibacterial agent in the antibacterial agent-containing member include inorganic antibacterial agents.

Examples of the inorganic antibacterial agent include silver,
Inorganic antibacterial agents which are stabilized by binding metal ions such as copper, zinc and tin to zeolite can be mentioned.

The zeolite includes, for example, mesolite, zeolite P, fish-eye stone, chabazite, goethite, zeolite X, Y, soda-zeolite, mordenite, zeolite T, pyroxene, beadite, muddylite and the like. Can be mentioned.

In the inorganic antibacterial agent, for example, an ion exchanger having an ion exchange capacity such as the zeolite can be employed instead of the zeolite.

As the resin that can be employed in the antibacterial agent-containing member, a conventionally known resin can be employed without impairing the object of the present invention. For example, polyvinyl chloride or the like can be employed. .

The antimicrobial-containing member preferably contains, for example, the antimicrobial agent, the resin, and additives such as a plasticizer, a stabilizer, and a curing agent. The content of the agent, the antimicrobial agent, the resin,
It can be appropriately determined according to the mixing ratio with additives such as a plasticizer, a stabilizer, and a curing agent.

As the additives, conventionally known additives can be adopted as long as the object of the present invention is not impaired.

The antibacterial immersion body is immersed in water contained in the water tank, is suspended and supported by the support member, and has at least a part of its surface formed of the antibacterial agent-containing member. It becomes.

The antibacterial dipped body can be obtained, for example, by forming the antibacterial agent-containing member into a long shape.

Examples of the antibacterial dipped body include a plate-shaped molded article, a cylindrical molded article, a spiral molded article, and a spiral molded article of the antibacterial agent-containing resin. Rod-shaped molded article, rod-shaped molded article, net-shaped molded article, sheet-shaped molded article, and bellows-shaped molded article, bellows-shaped molded article, knitted and woven fabric of the antibacterial agent-containing resin fiber, ceramics Or a plate of resin or the like, a cylindrical body,
An antibacterial agent-containing resin coating obtained by applying the antibacterial agent-containing resin paint on the surface of a spiral body, a rod, a net, a sheet, a bellows body or the like can be mentioned.

The antibacterial immersed body is, for example, when the inside of the water tank is complicated and has a complicated shape, when the opening surface in the water tank is narrow, when the space on the water surface in the water tank is narrow, or In the case where the water tank has a bottom surface and an inner wall surface whose depth and depth are variously different,
The antibacterial dipped body can be appropriately deformed according to the shape of the water tank.

By appropriately deforming the antibacterial dip according to the shape of the water tank, for example, the antibacterial dip can be arranged in a place where water easily stays in the water tank. The antibacterial action can be more effectively exhibited in the water tank.

The antibacterial dipped body is formed of a hollow member formed so that water can flow therein, and at least the outer surface of the hollow member contains an antibacterial agent, and the inside of the hollow member is It is preferably a hollow antibacterial immersion body formed so that the water supplied to the container can be sprayed to the outside.

The hollow antibacterial immersion body has, for example, an injection port capable of injecting water supplied therein to the outside.

Examples of the injection port include holes such as injection holes penetrating from the inside of the hollow antibacterial antibacterial body to the outside. Further, fine holes in a porous member such as a glass filter plate may be used. Can be adopted.

Inside the hollow antibacterial immersion body, for example, a disinfectant for disinfecting the inside of the water tank, a cleaning liquid for washing the inside of the water tank, and the like can be circulated.

In the case where the fine holes are used as the injection ports of the hollow antibacterial dip, if a foaming detergent is allowed to flow inside the hollow antibacterial dip, bubbles of the detergent are discharged from the fine holes. It can be sprayed, and the inside of the water tank can be effectively cleaned.

Since the hollow antibacterial immersion body is formed so that the water supplied therein can be jetted to the outside, when the inside of the water tank is washed, the water is directed toward the bottom surface and the inner wall surface of the water tank. And the inside of the water tank can be easily cleaned. In this case, if the hollow antibacterial immersion body is arranged near the inner wall surface of the water tank, the inner wall surface can be more effectively cleaned.

When the hollow antibacterial immersion body is formed so that the water supplied therein can be sprayed, for example, in a horizontal direction, the hollow antibacterial immersion body is one of the plurality of antibacterial immersion bodies suspended and supported by the support member. Water can be sprayed toward another antibacterial dip adjacent to the hollow antibacterial dip, and the antibacterial dip can be washed.

In this case, by adopting only the hollow antibacterial dip as a plurality of antibacterial dips suspended from the support member, the inner wall surface and the hollow antibacterial dip are effectively washed. can do.

In the case where the inside of the water tank is washed by injecting the cleaning liquid from the hollow antibacterial soaked body toward the bottom surface and the inner wall surface of the water tank and the other adjacent antibacterial soaked body. Cleaning of the other antibacterial dipped body in the water tank and adjacent thereto can be performed more effectively.

In the present invention, the antibacterial dipped body is
Although it can be appropriately deformed according to the shape of the water tank, by appropriately deforming the hollow antibacterial immersion body according to the shape of the water tank, for example, water easily stays in the water tank Since the hollow antibacterial immersed body can be arranged at the place, the antibacterial action can be more effectively exerted in the water tank, and further, when the inside of the water tank is washed, the water tends to stay there. By spraying the water and the cleaning liquid, the hygiene in the water tank can be improved, and the antibacterial action can be more effectively exerted.

Further, in the present invention, the water supplied into the hollow antibacterial immersion body placed in the water contained in the water tank is sprayed into the water contained in the water tank, whereby the water tank is sprayed. The water contained therein can be made to flow.

Conventionally, germs in the water are usually liable to multiply when the water stays in the water. However, in the present invention, the water contained in the water tank is caused to flow in the water tank by flowing the water. The stagnation can be prevented, and the antibacterial action can be more effectively exerted.

(Specific Description) Hereinafter, one embodiment of the present invention will be described in more detail.

As shown in FIG. 1, an antibacterial water storage device 1 according to one embodiment of the present invention has a water tank 2 and an antibacterial agent obtained by molding an antibacterial agent-containing resin into a rod shape. The antibacterial immersion rod 3, which is an immersion body, and the five antimicrobial immersion rods 3 are immovably supported (in other words, the five antimicrobial immersion rods 3 arranged at predetermined intervals are provided). Are fixedly connected), and a support rod 4 arranged on the water tank 2
And a superimposing means 5 for assembling the three support rods 4 at one place on the water tank 2.

As shown in FIG. 2, each of the plurality of antimicrobial immersion rods 3 has a male screw 6 at one end, and the support rod 4 is screwed onto the male screw 6 of the antimicrobial immersion rod 3. It has a mating female screw 7. By screwing the male screw 6 to the female screw 7, the antibacterial immersion rod 3 is fixedly connected to the support rod 4. The plurality of antimicrobial immersion bars 3 connected to the support bar 4 are immovably supported by the support bar in that they do not move with each other. The male screw 6 and the female screw 7
Corresponds to the fixing means in the present invention.

In the antibacterial water storage device 1, the antibacterial immersion rods 3a, 3b, 3c, 3d and 3e are supported by the support rod 4A by the fixing means.
g, 3h, 3i, and 3j are supported by the support rod 4B, and the antibacterial dipping rods 3k, 31, 3, 3m, 3n, and 3o are supported by the support rod 4C.
Be supported by.

The antibacterial immersion rods 3a to 3o correspond to a fixed antibacterial immersion body in the present invention.

The superimposing means 5 includes a connecting rope 5a for connecting one end 4a of the support rod 4A, one end 4b of the support rod 4B and one end 4c of the support rod 4C, and the support rod 4A.
, A connecting rope 5a 'connecting the other end 4b' of the support rod 4B and the other end 4c 'of the support rod 4C.

The antibacterial immersion rod 3 is disposed in the water tank 2 at a predetermined interval and has a length reaching the bottom surface of the water tank 2.
According to a to 3o, it is possible to efficiently prevent the growth of various bacteria at all the water depths of the water contained in the water tank 2.

The antibacterial water storage device 1 employs a hollow antibacterial immersion rod 8 obtained by molding a hollow member made of an antibacterial agent-containing resin as shown in FIG. 3 as the fixed antibacterial immersion body. can do.

The hollow antibacterial immersion rod 8 has an opening 9 and a male screw 10 at one end thereof, and water is formed through the opening 9 so that water can flow inside. It has a large number of holes 11 that can be ejected to the outside.

The other end of a hose (not shown) having one end connected to a supply means (not shown) capable of supplying water to the inside of the hollow antibacterial immersion rod 8 is connected to the opening 9.
And water is supplied into the hollow antibacterial immersion rod 8, whereby water can be jetted from the large number of holes 11 to the outside.

The hollow antibacterial immersion rod 8 corresponds to the hollow antibacterial immersion body in the present invention.

When the hollow antibacterial immersion rod 8 is used instead of the antibacterial immersion rods 3a to 3f and 3j to 3o in the antibacterial water storage device 1, when the inside of the water tank 2 is cleaned, The inner wall surface of the water tank 2 can be efficiently cleaned, and the antibacterial immersion rod adjacent to the hollow antibacterial immersion rod 8 and the hollow antibacterial immersion rod can also be cleaned.

When water is contained in the water tank 2, the water in the water tank 2 can be made to flow by injecting water from the large number of holes 11 to the outside. It can be prevented that water in the water tank 2 stays and germs easily grow.

In the antibacterial water storage device 1, a hollow antibacterial immersion body obtained by integrally molding a hollow member made of an antibacterial agent-containing resin as shown in FIG. 4 as the antibacterial immersion rod and the support member. 8 'and a hollow antibacterial support rod 4D can be employed.

The hollow antibacterial support rod 4D has one end 4
d has an opening 4e, water is formed to be able to flow through the opening 4e, and water supplied to the inside of the hollow antibacterial support rod 4D flows through the hollow antibacterial immersion body 8 '. And a large number of holes 1 in the hollow antibacterial dipped body 8 '.
Water can be injected from 1 'to the outside.

By employing the hollow antibacterial support rod 4D supporting the plurality of hollow antibacterial immersed bodies 8 ', an antibacterial effect can be exerted inside the hollow antibacterial support rod 4D. Thus, safer water can be supplied into the water tank 2.

As shown in FIG. 5, the antibacterial water storage device 1
When inspection or the like in the water tank 2 is performed in the above, the use of the superimposing means 5 allows the antibacterial immersion rod 3 to be used.
Can be easily taken out of the water tank 2.

The connecting rope 5a as the superimposing means 5
By pulling the connecting rope 5a 'toward the support rod 4A, the support rods 4B and 4C are connected to the support rod 4A.
Side, the support rods 4A, 4B and 4C can be compactly superimposed.

In the superimposing means 5, the one end 4b and the other end 4b 'of the support rod 4B and the other end 4b' of the support rod 4B are provided for the purpose of performing the operation of superimposing the support rods 4A, 4B and 4C more smoothly. The one end 4 of the rod 4C
A supporting member moving wheel 12 as shown in FIG. 6 can be provided to the other end c and the other end 4c '.

The support member moving wheel 12 includes a support member fitting portion 13 for fitting the support rod, an axle 14, and a wheel 1.
5 and a non-slip rubber ring 16. The wheel 15 is provided so as to rotate on the upper end 2 a of the water tank 2.

[0086] The wheel 15 is provided with a derailing prevention recess 15a so that the wheel 15 does not derail from the upper end 2a.

The superimposing means 5 corresponds to the supporting member assembly type superimposing means in the present invention.

-(B) Antibacterial Dipped Body Assembling Type Overlapping Means- As the supporting member in the antibacterial water storage device of the present invention, as shown in FIG. 7, a supporting rod 17 can be employed.

The support rod 17 includes a rod 18 horizontally arranged on the water tank so as to cross the water tank, and a carrier ring 19 capable of movably supporting the antibacterial immersion body. .

In the support rod 17, a carrier ring 19a movable along the rod 18 is provided with a hook 19a 'to support the antibacterial immersion body movably. A rope 19b 'can be provided on the movable carrier ring 19b and the carrier ring 19c to movably support the antimicrobial dip.

In the support rod 17, the rod 18 and the carrier ring 19 have the function of the antimicrobial dipped body assembly type superimposing means in the present invention.

In the support rod 17, a carrier ring 19 can be manually superimposed along the rod 18, and a yarn is tied to the carrier ring 19 to wind up the yarn (see FIG. (Not shown)), the carrier ring 19 can be automatically superimposed along the rod 18.

As the support member in the antibacterial water storage device of the present invention, a support rail 20 can be employed as shown in FIG.

The support rail 20 includes a rail 21 horizontally disposed on the water tank so as to cross the water tank, and a carrying roller 22 capable of movably supporting the antibacterial immersion body. .

In the support rail 20, a hook 22a 'is provided on a carrying roller 22a movable along the rail 21, so that the antibacterial immersion body can be movably supported. A clip 22 b ′ is provided on the movable carrying roller 22 b to movably support the antibacterial immersion body, and further, the carrying roller 22 movable along the rail 21.
The antibacterial dipped body can be movably supported by providing a rope 22c 'to c.

In the support rail 20, the rail 21 and the carrying roller 22 have the function of the antibacterial dipped body assembly type superimposing means in the present invention.

As shown in FIG. 9, a rail 23 horizontally disposed on the water tank so as to cross the water tank and a carrying roller (not shown) capable of movably supporting the antibacterial immersion body. ), The support rail 24 comprising
An antibacterial immersion plate 25 formed by molding an antibacterial agent-containing resin into a long plate shape as the antibacterial immersion body can be supported.

The antibacterial immersion plate 25 is provided with a stagnation prevention hole 25 ′ for preventing stagnation of water in the water tank.

The antibacterial immersion plate 25 corresponds to the movable antibacterial immersion body in the present invention.

In the support rail 24 which supports the four antibacterial immersion plates 25 on the rail 23,
The four antimicrobial immersion plates 25 can be overlapped by being assembled on the rail end 23a of the rail 23, and the rail 23 and the carrying roller (not shown) are assembled in the antimicrobial immersion body according to the present invention. It has the function of mold superimposing means.

-(C) Antibacterial Dipped Body Folding Type Overlapping Means- In the present invention, as shown in FIG. 10, a support rail 26 is used as the support member and an antibacterial agent-containing resin sheet is used as the antibacterial dipped body. An antibacterial bellows sheet 27 formed in a shape can be employed.

The support rail 26 is provided with the support rail 2.
Carrying roller (not shown) movable along 6
A hook hole 27b for supporting the antibacterial bellows sheet 27 on the hook 28 is provided at an upper end 27a of the antibacterial bellows sheet 27; The lower end 27c of the antibacterial bellows sheet 27 is provided with a storage pocket 27d capable of storing the weight 29 so that the antibacterial bellows sheet 27 can be held at a predetermined position even in flowing water. Become.

As shown in FIG. 11, a support rail 26 as the support member, and an antibacterial bellows net 3 formed by processing a sheet of an antibacterial agent-containing resin into a net as an antibacterial immersion body.
0 can be adopted. The antibacterial bellows net 30
Is preferable because the water in the water tank can circulate through the mesh, so that stagnant water hardly occurs as compared with the antibacterial bellows sheet 27.

The support rail 26 is provided with the support rail 2.
Carrying roller (not shown) movable along 6
A hook hole 30b for supporting the antibacterial bellows net 30 on the hook 31 is provided at an upper end 30a of the antibacterial bellows net 30; The lower end 30c of the antibacterial bellows net 30 is provided with a storage pocket 30d capable of storing the weight 32 so that the antibacterial bellows net 30 can be held at a predetermined position even in flowing water. Become.

The antibacterial bellows net 30 is formed with a fold 33 so that the antibacterial bellows net 30 can be regularly folded.

When the antibacterial bellows net 30 is folded, the hook 31a supporting one end 30e of the antibacterial bellows net 30 is brought closer to the hook 31b supporting the other end 30f side of the antibacterial bellows net 30. Thereby, the antibacterial bellows net 30 in the expanded state can be folded in a reduced state.

The antibacterial bellows sheet 27 and the antibacterial bellows net 30 correspond to the expanding and contracting antibacterial immersion body of the present invention.

In the support rail 26, the support rail 26 and the carrying roller movable along the support rail 26 have the function of the antimicrobial immersion body folding type superimposing means in the present invention.

In the present invention, a net-shaped antibacterial dipped body and a through-hole are formed for the purpose of preventing the generation of staying water in the water tank and increasing the contact area between water and the antibacterial agent. It is preferable to employ a formed antibacterial dipped body, an antibacterial fiber dipped body obtained by processing an antibacterial agent-containing resin fiber, and the like.

-(D) Assembly type composite superimposing means- In the present invention, as shown in FIG.
A support member moving wheel (not shown) can be provided at one end 24a and the other end 24a 'of A, respectively, and a support member moving wheel (not shown) is also provided at one end 24b and the other end 24b' of the support rail 24B. ) Can be provided.

Further, one end side connecting rope (not shown) connecting the one end 24a and the one end 24b, and the other end side connecting rope (not shown) connecting the other end 24a 'and the other end 24b'. (Not shown) can be provided.

In this case, the four antibacterial immersion plates 25 supported by the support rails 24A are connected to the support rails 24A.
After being gathered at the one end 24a side and superimposing them, further, the one end side connection rope and the other end side connection rope are drawn so that the support rail 24A approaches the support rail 24B. The support rails 24A and 24B can be assembled and overlapped.

In the support rails 24A and 24B, the rail 2 on the support rails 24A and 24B
3 and a carrying roller (not shown) movable along the rail 23 have the function of the (B) antibacterial dipped body assembly type superimposing means.

Further, one end 2 of the support rail 24A
4a and the other end 24a ', and the support member moving wheel, the one end side connection rope and the other end side connection rope provided on the one end 24b and the other end 24b' of the support rail 24B respectively, (A) It has a function of a support member assembly type superimposing means.

This embodiment employs an assembly-type composite superimposing means in which the (A) support member-assembly-type superimposition means and the (B) antibacterial dipped body-assembly-type superimposition means in the present invention are combined. Become.

-(E) Folding Type Composite Superimposing Means- In the present invention, as shown in FIG. 12, antibacterial immersion cylinders 34 and 35 formed by molding an antibacterial agent-containing resin into a cylindrical shape as an antibacterial immersion body are supported. Support rail 36A and support rail 36B supporting antimicrobial immersion cylinders 37 and 38
And four more antibacterial long cylinders 34 to 38
The antibacterial net 39 can be stretched on the base.

One end 36a of the support rail 36A
And the other end 36a 'may be provided with a support member moving wheel (not shown).
, A supporting member moving wheel (not shown) can be provided at each of the one end 36b and the other end 36b '.

Further, one end side connecting rope (not shown) connecting the one end 36a and the one end 36b, and the other end side connecting rope (not shown) connecting the other end 36a 'and the other end 36b'. (Not shown) can be provided.

In this case, the antibacterial immersion cylinder 35 supported by the support rail 36A and the antibacterial immersion cylinder 38 supported by the support rail 36B are connected to the support rail 3
6A and the rail end 40a of the rail 40B of the support rail 36B.
And at the same time, the antibacterial nets 39a and 39b are folded and overlapped, and then the one end connecting rope and the other end connecting rope are further connected to the support rail 3.
By pulling 6A closer to the support rail 36B, the support rails 36A and 36B can be assembled and the antimicrobial nets 39c and 39d can be folded and overlapped at the same time.

The antibacterial net 39 corresponds to the expanding / contracting antibacterial dip according to the present invention.

In the support rails 36A and 36B, the rails 40A and 40B and a carrying roller (not shown) movable along the rails are provided by the (C) antibacterial immersion body folding type overlapping means. Function.

One end 3 of the support rail 36A
6a and the other end 36a ', the support member moving wheel (not shown) provided at the one end 36b and the other end 36b' of the support rail 36B, the one end side connection rope and the other end side, respectively. The connecting rope has a function of the (A) support member gathering type overlapping means and the (C) antibacterial dipped body folding type overlapping means.

This embodiment employs a folding type composite superimposing means in which the (A) supporting member gathering type superimposing means and the (C) antibacterial immersion body folding type superimposing means are combined in the present invention. Become.

[0124]

According to the present invention, (1) regardless of the shape, size, opening area, etc. of the water tank, the antimicrobial immersion body can be efficiently and easily arranged at a desired position in the water tank.
(2) The antibacterial action can be exerted uniformly and evenly in the water tank, and (3) the contact area between water and the antibacterial immersion body can be increased, and the antibacterial action can be exerted effectively.
(4) The antibacterial immersion body is formed of a hollow member, and water can be sprayed from the antibacterial immersion body, thereby preventing water from staying in the water tank. The body can be easily washed, (6) the antibacterial immersion body can be efficiently and easily recovered from the inside of the water tank, and (7) the sanitary condition in the water tank is improved so that the body can be stored in the water tank. Growth of various bacteria in water can be effectively suppressed.

[Brief description of the drawings]

FIG. 1 is a schematic view showing one embodiment of a water storage tank of the present invention.

FIG. 2 is a schematic sectional view showing one embodiment of the antibacterial long body of the present invention.

FIG. 3 is a schematic cross-sectional view showing one embodiment of the antibacterial long body of the present invention.

FIG. 4 is a schematic sectional view showing one embodiment of the antibacterial long body of the present invention.

FIG. 5 is a schematic view showing one embodiment of a water storage tank of the present invention.

FIG. 6 is a schematic sectional view showing one embodiment of a superimposing means in the present invention.

FIG. 7 is a schematic view showing one embodiment of a support member according to the present invention.

FIG. 8 is a schematic view showing an embodiment of a support member according to the present invention.

FIG. 9 is a schematic view showing one embodiment of a support member and an antibacterial dipped body according to the present invention.

FIG. 10 is a schematic view showing one embodiment of a support member and an antibacterial dipped body according to the present invention.

FIG. 11 is a schematic view showing one embodiment of a support member and an antibacterial dipped body according to the present invention.

FIG. 12 is a schematic view showing one embodiment of a support member and an antibacterial dipped body according to the present invention.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 ... Antibacterial water storage device, 2 ... Water tank, 2a ... Top part, 3,3a, 3b, 3c, 3d, 3e, 3f, 3
g, 3h, 3i, 3j, 3k, 3l, 3m, 3n, 3o
... Antibacterial dipping rod, 4, 4A, 4B, 4C ... Support rod, 4a, 4b, 4c ... One end, 4a ', 4b', 4
c ': the other end, 4D: antibacterial hollow support rod, 4d
..One end, 4e ... opening, 5 ... superimposing means, 5
a, 5a '... connecting rope, 6 ... male screw, 7 ...
Female screw, 8: antibacterial hollow immersion rod, 8 ': antibacterial hollow immersion body, 9: opening, 10: male screw, 1
1, 11 '... hole, 12 ... support member moving wheel,
13 ... support member fitting portion, 14 ... axle, 15 ...
· Wheels, 15a · · · Detachment preventing recesses · 16 · · · Non-slip rubber rings · 17 · · · Support rods · 18 · · · Rods, 19, 19a, 19b, 19c · Carrier rings, 19a '· · ..Hooks, 19b '... ropes, 2
0: support rail, 21: rail, 22, 22
a, 22b, 22c... Carrying roller, 22a '
... Hook, 22b '... Clip, 22c' ...
・ Rope, 23 ・ ・ ・ Rail, 23a ・ ・ ・ Rail end,
24, 24A, 24B ... support rail, 24a ...
One end, 24a '... the other end, 24b ... one end, 24
b ': the other end, 25: an antibacterial dipping plate, 25'
-Stagnation prevention hole, 26-Support rail, 27-Antibacterial bellows sheet, 27a-Upper end, 27b-Hook hole, 27c-Lower end, 27d-Storage pocket, 2
8 ... hook, 29 ... weight, 30 ... antibacterial bellows net, 30a ... upper end, 30b ... hook hole,
30c: lower end, 30d: storage pocket, 30e
... One end, 30f ... Other end, 31, 31a, 31b
... hook, 32 ... weight, 33 ... fold, 3
4, 35: antibacterial immersion cylinder, 36A, 36B: support rail, 36a: one end, 36a ': other end, 3
6b ... one end, 36b '... the other end, 37, 38 ...
-Antibacterial immersion cylinder, 39, 39a, 39b, 39c, 39
d: antibacterial net, 40A, 40B: rail,
40a, 40b ... rail ends.

Claims (7)

(57) [Claims] 1. A water tank for storing water, a support member disposed on the water tank, and an antibacterial agent-containing member immersed in the water stored in the water tank and having at least a part of its surface. An antibacterial water storage device comprising: an antibacterial immersion body suspended from the support member; and superimposing means for superimposing the antibacterial immersion body. 2. The antibacterial dip according to claim 1,
The support member according to claim 1, wherein the support member is a plate-like body, a cylindrical body, a spiral body, a rod-like body, a net-like body, a sheet-like body, or a bellows-like body. Is a support member assembling type superimposing means for superimposing the antimicrobial immersion body by assembling the plurality of support members arranged at intervals above the water tank at one place on the water tank. The antibacterial water storage device according to claim 1. 3. The antibacterial dipped body according to claim 1 is provided in a plurality, and each antibacterial dipped body is a plate, a cylinder, a spiral, a rod, a net, a sheet, or The antibacterial property of the bellows-like body, wherein the superimposing means according to claim 1 collects the plurality of antibacterial immersed bodies suspended from the support member at intervals in one place in the support member. The antibacterial water storage device according to claim 1, wherein the antibacterial water storage device is an antibacterial immersion body assembly type superimposing means for superimposing immersion bodies. 4. The antibacterial dip according to claim 1,
An antibacterial immersion that is a net-like body, a sheet-like body, or a bellows-like body, wherein the superimposing means according to claim 1 folds the antibacterial immersion body suspended from a support member, thereby superimposing the antibacterial immersion body. The antibacterial water storage device according to claim 1, which is a body folding type superimposing means. 5. A plurality of antibacterial dip bodies according to claim 1, wherein each of the antibacterial dip bodies is a plate-like body, a cylindrical body, a spiral body, a rod-like body, a net-like body, a sheet-like body, Or a bellows-like body, wherein a plurality of the support members according to the first aspect are provided, and the superimposing means according to the first aspect is the support member assembly type superimposing means according to the second aspect and the antibacterial immersion according to the third aspect. The antibacterial water storage device according to claim 1, wherein the antibacterial water storage device is a collective composite superimposing device having a body-assembly superimposing device. 6. The antibacterial dipped body according to claim 1,
A net-like body, a sheet-like body, or a bellows-like body, wherein a plurality of the support members according to the first aspect are provided, and the superimposing means according to the first aspect is the support member assembly type superimposing means according to the second aspect; The antibacterial water storage device according to claim 1, which is a folding-type composite superimposing means having the antibacterial dipped body folding-type superimposing means according to claim 4. 7. The antibacterial dip according to claim 1,
The inside is formed of a hollow member formed so that water can flow, and at least the outer surface of the hollow member contains an antibacterial agent, so that water supplied to the inside of the hollow member can be jetted to the outside. The antibacterial water storage device according to claim 1, wherein the water storage device is formed.