KR100875151B1 - Artificial fountain with springing out water and sand - Google Patents

Abstract

An artificial fountain device is provided to utilize the artificial fountain device in the various indoor and outdoor landscape architecture units by grafting phenomena capable of being observed in natural states only onto architecture units having various shapes indoors and outdoors. An artificial fountain for decoration comprises: an underwater pump(100) which is positioned in a water supply part, and which pressurizes and supplies water through an outflow pipe by applying a pressure to water after flowing water of a water supply tank in the underwater pump through an inflow pipe; a water supply pipe(200) of which one side is connected to the outflow pipe of the underwater pump; a sand filtration part(300) including a filtration filter part of which a bottom part is connected and communicated with the other side of the water supply pipe, which has a mesh filter woven of a synthetic fiber and mounted on an upper end face thereof, and which is formed in a such a pipe shape that an upper portion of the pipe is narrow while a lower portion of the pipe is wide, and a pipe-shaped filter fixing part closely adhered and coupled onto an outer portion of the filtration filter part; and a fountain presenting container part(400) which is formed in such a funnel shape that an upper portion of the fountain presenting container part is wide while a lower portion of the fountain presenting container part is narrow, and which has sand housed in a lower part thereof.

Description

ARTIFICIAL FOUNTAIN WITH SPRINGING OUT WATER AND SAND}

The present invention relates to a decorative artificial spring capable of directing water and sand springing together, and artificially the phenomenon that sand rises together with water when water rises from a spring or a puddle in which natural water flows. It is reproduced so that it can be easily enjoyed indoors or outdoors.

If you go outside in natural conditions such as mountains or rivers, you can often see the clean water from the groundwater. At this time, when water is eluted through rocks or rocks, it functions simply as a spring water, but when sand is present in the surroundings, when sand is present at the part where water is eluted, water rises and sand is also eluted. You may notice the phenomenon. At this time, in order to enjoy the beautiful phenomena rising from the bottom together with water and sand, it is inconvenient to go directly to the mountains or fields. Therefore, there was an attempt to utilize such natural phenomena as indoor and outdoor landscaping to easily enjoy the indoor and outdoor. .

In this regard, US Patent No. 6073585 has proposed an air supply device for an aquarium that simultaneously ejects sand together with water and air, but this is merely an apparatus for supplying air to water together in an aquarium. The purpose and technical composition is different from that for reproducing and appreciating the phenomenon of sand springing together, and it is not effective to reproduce the phenomenon of water and sand springing in the fountain at the same time, and its composition is suitable for aquarium or fish tank. Problem still exists.

The present invention has been made to solve the above limitations and problems,

The beauty of natural phenomena where water and sand spring together in springs or natural pools (Doommung) can be conveniently enjoyed indoors and outdoors, and various indoor and outdoor landscaping devices can be combined with various indoor and outdoor landscaping devices. It is an object of the present invention to provide an artificial gland device that can be utilized in the landscaping device.

In addition, when installed in a dry environment it is another object of the present invention to provide an artificial fountain device that automatically adjusts the humidity by the water constantly rising as long as the water pump is operating.

In order to solve the above problems, the decorative artificial glands which can produce water and sand gushing together according to the present invention is connected to the other side and the bottom of the water supply pipe is in communication with each other, the upper end of the mesh filter woven with synthetic fibers A sand filtration part including a pipe-shaped filtration filter part of the upper and lower down light pipes and a pipe-shaped filter fixing part which cover and cover the filtration filter part and are tightly coupled to the outside of the filtration filter part; And the upper part of the sand filtration unit is integrally coupled to penetrate from the lower part to the upper part, and has a wide upper part and a narrow funnel shape, and includes a fountain drawing container part in which the sand is accommodated.

The sand filtration unit is introduced into the water pump through the water supply pipe when the sand contained in the internal portion of the fountain is suddenly stopped due to breakdown of the water pump or power failure, which reduces the function of the water pump. Since the device is blocked, the sand is prevented from entering the submersible pump even when the submersible pump is stopped to prevent this phenomenon. The mesh filter woven from synthetic fibers used in the sand filtration unit is woven from polyethylene or nylon, and the mesh filter may have a mesh size such that sand grains do not escape and do not resist water flow.

On the other hand, as described above, in order to prevent the performance of the underwater motor due to the inflow of sand and blockage of the device occurs, the decorative artificial glands that can be produced with water and sand springing together according to the present invention is the water pump and the water supply pipe Located between and installed above the water outlet vessel, the outlet pipe extension pipe of the pipe form coupled to extend from the outlet pipe of the submersible pump is inserted through the lower portion is inserted into the installation, one side of the water supply pipe It is another feature that the one side is further configured to further comprise a water storage of a circular or polygonal tubular structure is coupled. Water is continuously supplied using potential energy due to the difference in position between the water storage tank and the sampling container, but a water storage tank of a certain size is provided so that sand does not flow directly into the water pump even if the water pump stops working due to a short-term power failure or breakdown. Not only that, but it also allowed water and sand to spring continuously over a period of time. At this time, one side of the water supply pipe coupled to one side of the water storage unit is located in the position energy is higher than the upper portion of the fountain outlet container by using the height difference sand without the need for a filter device for sand filtration To prevent inflow.

On the other hand, the decorative artificial glands which can produce water and sand gushing together according to the present invention, one side is inserted through the lower portion of the water storage portion is located higher than the water supply pipe, the other side is the water supply is installed It is another feature that the configuration further comprises a water repellent having a pipe form through the tank. When the water is introduced more than the capacity of the container of the water storage portion is used for circulating back to the water supply tank in which the underwater motor is locked. At this time, when the water storage tank is a closed type structure, it is preferable that an air communication hole is further formed on the upper portion of the water storage tank, which is used when the submersible pump or the like is interrupted to stop the operation. This is because sand can be prevented from flowing back into the water reservoir.

On the other hand, the decorative artificial gland which can produce water and sand gushing together according to the present invention is installed between the other side of the water supply pipe and the lower portion of the fountain casting container, bent at a certain angle so that both sides are higher than the center. Another feature is that the connection is further included in the form of a pipe. The connection part serves to induce water falling down from the top to the upper side again, and the angle at which the connection part is bent is set to 90 ° to 120 ° so that the water can be best leaked in consideration of the water flow or the drop. Can be.

As described above, the decorative artificial gland capable of directing water and sand springing together according to the present invention allows the user to conveniently enjoy the beauty of the natural phenomenon of water and sand springing together in a fountain or a natural puddle. can do.

In addition, by combining the phenomena seen only in the natural state with various indoor and outdoor landscaping device can be used to produce a variety of indoor and outdoor landscaping device.

When a decorative artificial spring capable of directing water and sand springing together according to the present invention is installed in a dry environment, the humidity can be automatically adjusted by the water constantly rising as long as the water pump operates.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 is a configuration diagram showing a case where the water pump and the sampling vessel is directly connected.

The submersible pump 100 is located in the water of the water supply unit 10 and sucks water through the inlet 110 from the water supply unit and then discharges water through the outlet 120 after applying pressure. The outlet 120 is directly connected to the pipe-shaped water supply pipe 200, the sand filtration unit 300 is installed between the water supply pipe 200 and the funnel-shaped fountain outlet container 400. Therefore, when the power of the submersible pump 100 is turned off, the sand of the fountain production vessel 400 sinks to the sand filtration unit 300, and the device is blocked even when the power is turned off and on by quickly exiting the water. The performance of the submersible pump can be prevented from being lowered. On the other hand, when the sand filtration unit 300 is not installed, a check valve or a coupler may be installed as a substitute for the sand filtration filter. On the other hand, the sand used in the fountain display container 400 is good gangbang sand, it is preferred to be built in about 200g, although there is a difference depending on the size of the fountain drawing container 400. At this time, the structure of the container constituting the fountain production container 400 may be circular or polygonal, but must have a funnel structure to repeatedly eject a limited amount of sand, and sand particles are collected inward when sinking because they are heavier than water. Then it can rise back up.

Figure 2 is a block diagram showing the configuration of a sand filter which is one of the components of the present invention.

The sand filtration unit 300 is composed of a filtration filter unit 310 and a filter fixing part 320, the filtration filter unit 310 is a mesh filter 315 is mounted on the upper side and the upper side down light structure having the lower opening It is configured in the form of a pipe, the filter fixing part 320 is built in the filtration filter 310 is configured in the form of a pipe of the upper and lower light structure coupled to the outer surface. On the other hand, the filter fixing part 320 is coupled to penetrate through the upper portion from the lower portion of the sampling container portion 400, the size of the diameter so that the sand contained in the interior of the sampling container portion 400 does not fall out at once. It should be adjusted in response to the amount and pressure of water coming out.

3 is a configuration diagram showing a structure in which a water storage tank is provided between the submersible pump and the fountain display container to supply water using a drop.

 In the water supply unit 10, an underwater pump 100 is installed, and water pressurized from the underwater pump is directly transferred to the water storage unit 500 through the outlet pipe 120. The water storage unit 500 should be located above the fountain output container 400 in order to supply water to the fountain display container 400 stably by using the potential energy caused by the drop of water, and the water storage unit 500. Supplying water to the fountain display container 400 from) is supplied through the water supply unit (200). At this time, in order to deliver the water to the fountain display container 400 at a sufficient pressure, the position at which the water supply pipe 200 is connected to the water storage tank 500 should be at least 10 cm higher than the upper portion of the fountain display container 400. The reason for this drop is that if the drop is less than 10 cm, the water is not pressurized enough to spring up. On the other hand, when the water storage unit 500 is formed in a sealed structure, it is preferable to drill an air hole in the upper part, which is when the water of the water pump is turned off and the sand of the sampling container unit 400 stops operating. This is because negative pressure may be blocked due to the pressure difference to the part 500. Therefore, in the case of manufacturing the landscaping apparatus by including the water storage unit therein, it is preferable to form an additional air hole in the water storage unit 500.

In addition, when water is excessively introduced from the water pump 100 into the water storage unit 500, the water pump 100 is circulated back to the water supply unit 10 in which the water pump 100 is located again through a pipe-type draining unit 550. . Therefore, one side of the withdrawal part 550 is to be inserted through the lower portion of the water storage unit 500 is installed higher than the side end of the outlet pipe extension pipe 150 is inserted and installed from the bottom of the water storage unit, The other side is installed to be located in the water supply unit 10 in which the water pump 100 is installed.

In addition, between the water supply pipe 200 and the fountain casting container 400 is further configured to be connected to the connection portion 600, which is bent at 120 ° both sides facing upwards, which guides the water dropped by the drop in the upward direction It is installed so that it rises from the bottom up.

 The technical spirit of the present invention has been described above with reference to the accompanying drawings, but this is by way of example only and not by way of limitation to the present invention. In addition, it is apparent that any person having ordinary knowledge in the technical field to which the present invention belongs may make various modifications and imitations without departing from the scope of the technical idea of the present invention.

1 is a configuration diagram showing a case where the water pump and the sampling vessel is directly connected.

Figure 2 is a block diagram showing the configuration of a sand filter which is one of the components of the present invention.

3 is a configuration diagram showing a structure in which a water storage tank is provided between the submersible pump and the fountain display container to supply water using a drop.

<Description of Major Symbols in Drawing>

 10: water supply unit 100: submersible pump

200: water supply pipe 300: sand filter

400: sampling chamber container 500: water storage unit

550: draining part 600: connector

Claims (8)

Located in the water supply unit, the water pump for supplying water through the inlet pipe by applying pressure after the water in the water supply tank through the inlet pipe; A water supply pipe having a pipe shape, one side of which is connected to an outlet pipe of the submersible pump; The other side and the bottom of the water supply pipe are connected and communicated, and the upper cross section covers and covers the filtration filter part of the upper and lower beams and the filtration filter part equipped with a mesh filter woven from synthetic fibers. Sand filtration part consisting of a filter fixing part of the pipe form is coupled to the outside close; And Water and sand characterized in that the upper part of the sand filtration unit is integrally coupled to pass through from the bottom to the upper part is in the form of a wide funnel and the bottom is a narrow funnel, the lower part comprises a sampling vessel containing the sand is received. A decorative artificial spring that can be created with a spring. delete The method of claim 1, Located between the submersible pump and the water supply pipe and installed above the fountain outlet container portion, an outlet pipe extension tube having a pipe form extending from the outlet pipe of the submersible pump is inserted into and penetrated from below. One side of the decorative artificial glands capable of directing water and sand springing together, characterized in that it further comprises a water storage unit of a circular or polygonal tubular structure, each side of which is coupled to the water supply pipe. The method of claim 3, One side is inserted through the lower portion of the water storage portion is located above the water supply pipe, the other side is water and sand is characterized in that it further comprises a pipe-type water discharge portion through the water supply unit is installed water pump A decorative artificial spring that can spring together. The method of claim 3, One side of the water supply pipe coupled to one side of the water storage unit is a decorative artificial fountain capable of directing water and sand springing together, characterized in that located above the fountain-drawing container. The method of claim 3, When the water storage unit is sealed, the decorative artificial fountain capable of directing water and sand springs together, characterized in that the air communication through-hole is further formed on the water storage unit. The method according to any one of claims 3 to 6, Water and sand is installed between the other side of the water supply pipe and the lower portion of the fountain display container, and further comprises a pipe-shaped connecting portion bent at a certain angle so that both sides are higher than the center. A decorative artificial spring that can be created with a spring. The method of claim 7, wherein The angle of bending the connecting portion is 90 ° ~ 120 ° characterized in that the decorative artificial spring capable of directing water and sand springs together.

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