KR20130002812A - Drinking fountain for using rain water - Google Patents

Abstract

PURPOSE: A drinking fountain using rainwater is provided to use rainwater as drinking water by effectively arranging rainwater intake, sterilization, and purification systems. CONSTITUTION: A drinking fountain using rainwater comprises a rainwater storage tank(10), a body unit(30), and a water supply unit(50). The rainwater storage tank comprises a water storage unit(11) and a manhole unit. The body unit comprises a machine room(31) and a door structure. The machine room supplies water stored in the rainwater storage tank. The door structure opens and closes the machine room. The water supply unit comprises an intake(51), an intake pipe(53), an intake pump(55), and a water purifier(57). The intake pipe sends water from the intake to a faucet unit(60).

Description

Drinking fountain for using rain water}

The present invention relates to a drinking fountain that is installed in a park, an amusement park, a public place to drink or use water.

In general, drinking water is one of the convenience facilities that are mainly installed in a crowded place, such as a park or a public place, so that people can easily drink or use water.

These drinking fountains are used by installing several faucets (faucets) in a large structure.

Recently, a number of cases are being constructed in a variety of beautiful landscape structures for harmony with the surrounding environment.

However, since most drinking water tanks installed in public places are configured to receive drinking water, etc. through pre-installed tap water facilities, or draw up ground water, there is a problem in that rainwater resources, one of important water resources, are not used more effectively.

In addition, there is a limit to limited use, such as landscaping water or cleaning water, even if the rain water collected.

The present invention has been made to solve the above problems, an object of the present invention is to effectively provide a rainwater intake supply system, to utilize the rainwater resources, and to provide a drinking fountain using rainwater to enable use as drinking water. .

In addition, an object of the present invention is to provide a drinking tank using rain water to be constructed in a double structure of the underground tank and the ground molding structure to be beautifully installed in the surrounding environment of the public facility space.

Drinking water using the rainwater according to the present invention for realizing the above object, the rainwater storage tank for storing the rainwater in the lower space, the body portion disposed on the ground with a sculpture structure on the upper side of the rainwater storage tank, and the rainwater storage Including a water intake supply unit for taking in the rain water stored in the tank to supply through the body portion, the rain water storage tank is located on one side of the inlet pipe in which the rain water flows in the center of the barrier erected to a certain height from the bottom, the water intake supply unit on the other side Intake port is connected to the position is located, the upper portion is composed of a manhole to the ground, the body portion is provided with a machine room for intake and supply the water stored in the rainwater storage tank and a door structure for opening and closing it, the intake supply unit, Intake port through which water is introduced into the rainwater storage tank, the water withdrawn from the intake port To be in the flow intake tube, it characterized in that the water intake pump and a water purification device is provided is provided on the intake pipe.

In the rainwater storage tank, the inlet pipe is preferably located close to the bottom side of the tank, and is formed in a U-shaped curved pipe structure with the end portion facing upward to prevent the sediment from floating.

The intake port of the intake supply unit is located on the opposite side of the inlet pipe around the barrier, it is preferably configured to be located at a certain depth below the water surface by the buoyancy body to take the symbol water.

The rainwater storage tank is preferably provided on the opposite side of the inlet pipe around the barrier is provided with a UV lamp for sterilizing and disinfecting rainwater and a water quality measuring instrument for measuring the state of the water quality.

Wherein the body portion is composed of one or a plurality of faucet to the water is finally stored in the rain water storage tank is discharged to the outside, the rain water storage tank is provided with a display that informs the water storage state, the water quality state in real time desirable.

The main problem solving means of the present invention as described above, will be described in more detail and clearly through examples such as 'details for the implementation of the invention', or the accompanying 'drawings' to be described below, wherein In addition to the main problem solving means as described above, various problem solving means according to the present invention will be further presented and described.

Drinking water using rainwater according to the present invention, by effectively arranging the system of rainwater inflow, disinfection, intake, water purification, etc., to increase the efficiency of purification and water purification to be used as drinking water, thereby maximizing the use of rainwater resources It has the effect of making it possible.

In addition, the present invention, by using the underground rainwater storage tank and the ground molding structure body structure is configured to provide rainwater as drinking water, there is also an effect that can be beautifully installed according to the surrounding environment of the public facility space.

1 is a side configuration diagram showing a drinking fountain using rainwater according to an embodiment of the present invention.
2 is a view illustrating an image of a drinking fountain using rainwater according to an embodiment of the present invention.

Hereinafter, exemplary embodiments of the present invention will be described with reference to the accompanying drawings.

1 and 2, the drinking water using the rainwater according to an embodiment of the present invention, the rainwater storage tank 10 for storing the rainwater largely in the underground space, and the body portion 30 disposed on the ground in a sculpture structure And a water intake supply unit 50 connected to the body part 30 in the rainwater storage tank 10 to provide rainwater.

Various configurations of the present invention will be described in detail with reference to the rainwater storage tank 10, the body portion 30, and the water intake supply portion 50.

First, the rainwater storage tank 10 is composed of a reservoir 11 in which rainwater is stored and a manhole portion 15 which passes through the ground from the upper side of the reservoir 11.

The reservoir 11 is a portion for storing rainwater, and may be made of a large cylinder or concrete structure made of synthetic resin, a metal material, or the like.

One side of the reservoir 11 is provided with an inflow pipe 20 through which rainwater flows.

The inflow pipe 20 is preferably connected to a drain pipe through which rainwater is discharged from a roof or rooftop, or connected to various drainage facilities that can receive and provide rainwater.

The end of the inlet pipe 20 is located close to the bottom side of the reservoir 11, it is preferable that the end portion 21 is formed in a U-shaped curved structure to the top to prevent the sediment floating.

Although not illustrated in the drawing on the inlet pipe 20, it is preferable that a filtration device (or filter) is configured to block the introduction of various foreign matters with rainwater.

On the other hand, in the reservoir 11, it is preferable that a floating valve 22 is provided to block the inlet pipe 20 so as to prevent overflow when the amount of rainwater stored in the reservoir 11 reaches a predetermined level or more.

The reservoir 11 is provided with a barrier 12 for blocking foreign substances mixed in the initial inflow water introduced into the inflow pipe 20 in a precipitation method.

That is, the barrier 12 is erected from the bottom of the reservoir 11 to a certain height to partition the inlet 13 where the inlet 20 is located and the water inlet 14 where the intake pipe 53 is located. It is configured to serve to block the sediment on the inlet 13 side to prevent it from falling toward the intake portion (14).

The water intake portion 14 side of the reservoir 11 is preferably provided with a UV lamp 25 for sterilizing and disinfecting rainwater. The UV lamp 25 is preferably positioned between the barrier 12 and the intake port 51 to be described below to disinfect and disinfect rainwater flowing over the barrier 12 toward the intake port 51. .

To this end, one or more UV lamps 25 may be vertically installed below the manhole part 15. UV lamp 25 for sterilizing and disinfecting water is well known, so a detailed description of the configuration is omitted. Support structure for supporting the UV lamp 25 in the rainwater storage tank 10 can be installed in various configurations depending on the implementation conditions.

Meanwhile, the water quality measuring device 26 may be provided at the intake portion 14 side of the reservoir 11. The water quality measuring device 26 measures pH, DO, turbidity, E. coli and bacteria of water stored in the rainwater storage tank 10 and inputs it to a controller (not shown) through the water quality measuring device 35 to be described below. And, it is preferable that the display 40 is configured to monitor in real time.

In addition, the rainwater storage tank 10 is preferably provided with a water level gauge for measuring the water level of the water stored therein or the floating valve 22 described above.

The manhole portion 15 is a portion that passes from the reservoir 11 to the ground and is formed in a vertical passage structure. The manhole cover 16 is provided at the upper end of the manhole part 15, and the ladder 17 is preferably provided inside the manhole. At this time, it is preferable that the manhole cover 16 is configured in a sealed structure so that rainwater, foreign matters, etc. do not flow into the portion where the manhole cover 16 is installed.

Next, the body portion 30 will be described.

In the drawing of this embodiment, the body portion 30 is illustrated as a dinosaur model. In addition to the dinosaur model, it is possible to create and construct a variety of models to match the installation site or surrounding structures depending on the implementation conditions.

The body part 30 may be configured using various materials as long as it is a material capable of constituting a known molding such as a synthetic resin material or a concrete material.

The outer surface and the inside of the body portion 30 is provided with various components for rainwater intake supply.

On the outside of the body portion 30, the faucet portion 60 consisting of one or a plurality of the water stored in the rainwater storage tank 10 is finally discharged, the water storage state of the rainwater storage tank 10, water quality state, etc. It is provided with a display 40 that can monitor in real time.

In addition, the inside of the body portion 30 is provided with a machine room 31 for supplying and supplying water stored in the rainwater storage tank 10, one side (preferably the side) of the body portion 30, although not illustrated in the drawings The door structure (not shown) is preferably installed to open and close the machine room 31 to maintain the internal devices.

Here, the water intake supply unit 50 connected to the body portion 30 in the rainwater storage tank 10 will be described.

The water intake supply unit 50 includes a water intake port 51 through which water flows into the rainwater storage tank 10, a water intake pipe 53 through which water taken out of the water intake port 51 flows to the power receiving unit 60, and a water intake pipe. And a water intake pump 55 and a water purifier 57 provided on the 53.

The intake port 51 is formed at the end of the intake pipe 53 and is a portion into which water is introduced, and is preferably configured to be able to take in the symbol water just below the water surface by the buoyancy body 52. That is, the buoy-type suction device composed of the intake port 51 and the buoyancy body 52 can be taken in the lower portion (for example, about 10 cm deep from the water surface) from the water surface so as to take relatively clean water. It is composed.

The water intake pipe 53 formed in the rainwater storage tank 10 is preferably made of a flexible structure (flexible structure) so that the intake port 51 can easily move along the buoyancy body 52.

Intake pipe 53 is configured to pass through the machine room 31 of the body portion 30, the intake pump 55, water intake pump 55 for forcibly flowing water on the intake pipe 53 in the machine room 31 It is preferable that a membrane system, which is provided at the rear, is a water purification device 57 for purifying water.

Here, the intake pump 55 is preferably configured to be used as drinking water by minimizing the contamination of water by using a sanitary stainless steel pump. The lower end of the intake pump 55 is preferably configured to minimize the vibration and noise of the pump by installing a dustproof support structure supported by the body portion 30.

The membrane system, which is the water purification device 57, is a water purification system that removes contaminants such as 0.0001 microns of heavy metals and viral ionic microorganisms.

On the other hand, in the machine room 31 of the body portion 30 is further provided with a water quality measuring device 35, a controller, various electrical equipment.

The water quality measuring device 35 is a device that receives and processes a signal of the water quality measuring device 26 provided in the rainwater storage tank 10, so that the processed information can be displayed through the display 40 under the control of the controller. It is preferred to be configured.

The controller is a component for controlling various electronic and electrical equipment of the drinking water according to the present invention according to the input control program. It is configured to calculate and output.

The outer side of the body portion 30 is provided with the faucet 60, the faucet 60 is an outlet faucet 61 connected to the end of the intake pipe 53 through the water purification device 57 and the outflow It may be made of a sink 63 provided below the portion where the tap 61 is located.

The outflow faucet 61 may be configured using various known faucet structures (hydraulic installations) to allow water to come out or be blocked according to a user's needs. For example, when the outlet tap 61 is operated, the intake pump 55 may be automatically operated to configure water outflow. Of course, the valve is preferably provided to control the amount of outflow or to open and close the tap.

Sink 63 may be configured to be connected to the discharge pipe (not shown) and the like to discharge the water discharged from the outlet tap 61 to the outside.

The faucet 60 is preferably configured in a variety of heights, in order to be able to conveniently select the appropriate height according to the age of the user. Along with this, the lower side or the bottom side of the body portion 30 is preferably provided with a faucet for washing the feet so that the feet can be washed.

The display 40 is provided on the outer upper side of the body portion 30 and configured to show in real time the water storage state, water quality state, etc. of the rainwater storage tank 10, the display 40 as described above It is preferably configured to operate according to the control signal.

On the other hand, the controller immediately informs the user of the water storage state of the rainwater storage tank 10, the water quality state, etc. in real time through the display 40, and also in real time to the manager through a communication facility provided in the body portion It is desirable to be configured to provide information of, so as to ensure the reliability of the drinking water tank use and maintenance.

In addition, the body part 30 may be provided with a solar panel (not shown) for generating electricity by sunlight on the outer wall surface. The electricity generated through the solar panel can be stored in a storage battery (not shown) provided in the machine room 31, and then supplied to all the electrical components required in the drinking zone, such as the controller display 40, various sensors, and the intake pump 55. It is preferable to be configured to.

As described above, the technical idea described in the embodiments of the present invention may be implemented independently, or may be implemented in combination with each other. In addition, the present invention has been described through the embodiments described in the drawings and the detailed description of the invention, which is merely exemplary, and those skilled in the art to which the present invention pertains various modifications and equivalent other embodiments therefrom It is possible. Accordingly, the technical scope of the present invention should be determined by the appended claims.

Claims (5)

A rainwater storage tank for storing rainwater in an underground space, a body part disposed on the ground with a sculpture structure on an upper side of the rainwater storage tank, and a water intake supply part for taking rainwater stored in the rainwater storage tank and supplying it through the body part; ,
The rainwater storage tank has an inflow pipe through which rainwater flows in one side of a barrier built up from a bottom to a certain height, and an intake port connected to the water intake supply portion is located at the other side, and a manhole portion connected to the ground is formed at the top thereof.
The body part is provided with a machine room for taking in and supplying the water stored in the rainwater storage tank and a door structure for opening and closing it,
The water intake supply unit comprises a water intake port through which water is introduced into the rainwater storage tank, a water intake pipe through which water taken in from the intake port flows to the faucet, a water intake pump and a water purification device provided on the water intake pipe. Drinking water using rainwater.
The method according to claim 1,
In the rainwater storage tank, the inlet pipe is located close to the bottom side of the tank, and in order to prevent the floating of the sediment is formed in a U-shaped curved pipe structure characterized in that the U-shaped curved pipe to the upper end.
The method according to claim 1,
The intake port of the intake supply portion is located on the opposite side of the inlet pipe around the barrier, the drinking water using rainwater, characterized in that it is located at a certain depth below the water surface by the buoyancy body so as to take the symbol water.
The method according to claim 1,
The rainwater storage tank is a drinking tank using rainwater, characterized in that the UV lamp for sterilizing and disinfecting rainwater is located on the opposite side of the inlet pipe around the barrier and a water quality measuring device for measuring the state of the water quality.
The method according to any one of claims 1 to 4,
The body portion is configured to one or a plurality of faucet to the water is finally stored in the rain water storage tank to the outside thereof, the rain water storage tank is provided with a display that informs the water storage state, the water quality state in real time Drinking water using the characteristic rainwater.

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