KR102223192B1 - Pump Integral Fountain Device - Google Patents

Abstract

The present invention relates to a pump integrated-type fountain device comprising: a position fixing part disposed at an interval on an upper part of the bottom of a tank chamber, and in which the upper part is opened in a shape of a square box, and a position receiving space is formed inside, and a sealing member formed of rubber or silicone is mounted on the bottom of the lower part of position receiving space; an operating means consisting of a power source that receives and transmits external power and a controller that transmits or receives external and transmit/receive signals; a fixed case consisting of an upper case and a right-angled outer case; a plate-shaped main body support part mounted on the upper part of the fixed case; a part connection part consisting of a filter connection hole and a nozzle connection hole; a filtration unit coupled to the filter connection hole of the part connection part and filtering foreign substances contained in the water supplied to the suction pump; a nozzle part comprising a transfer pipe, a control valve mounted in the middle of the transfer pipe, and a nozzle for discharging water to the outside. The present invention has an effect of reducing maintenance.

Description

Pump integral fountain device

The present invention relates to a pump-integrated water fountain device, and more particularly, to a pump-integrated water fountain device capable of being easily fixed to a water tank while the fountain nozzle is integrally configured with the pump.

In general, a fountain belongs to a landscape facility that is installed in a park, a reservoir, around various structures, etc. and provides a cool and beautiful environment by ejecting water in various shapes or directions.

A typical water fountain device for implementing such a water fountain distributes a pipe from a main pump to install a plurality of fountain nozzles, a sol valve is installed on each of the fountain nozzles, and the sol valve is connected to a switching circuit through an individual power line in a control room. It is common that water is ejected from each fountain nozzle by ON/OFF.

However, in this method, the fountain is realized by simple opening and closing of the sol valve, so it is possible to individually control the single shooting of water jets from multiple fountain nozzles. There was a problem that the height of the water stream was considerably lower than the reference height because it fell rapidly at once.

In addition, it is possible to control the height adjustment of the water stream for the whole while continuously shooting the fountain nozzle as a whole.

In addition, due to the control method by ON/OFF of the switching circuit, the pattern and production time are considerably short, and various and complex productions are not possible, the distribution and connection of the pipes are quite complicated, the construction is difficult as well as the cost is high. There was a problem in that it was difficult to extend, delete, move, and change the location of the nozzle, the composition was complicated, and the number of connecting members and electrical parts was large, making it difficult to maintain/repair/manage them.

Korean Patent Application Publication No. 10-2012-0079052 Republic of Korea Patent Publication No. 10-1216890

The present invention has been proposed in view of the above circumstances, and an object thereof is to provide a pump-integrated water fountain device capable of operating individually by integrally configuring a suction pump and a nozzle unit.

In addition, it is an object of the present invention to provide a pump-integrated water fountain device capable of easily combining the filtering unit and the nozzle unit by mounting a component connection between the suction pump and the filtration unit and the suction pump and the nozzle unit.

The pump-integrated water fountain device according to an embodiment of the present invention is arranged at intervals on the bottom of the tank chamber, the top is opened in the shape of a square box, and a location accommodation space is formed inside, and a fastener on the bottom of the tank chamber A position fixing part which is fixed through a bottom surface and a sealing member formed of rubber or silicon on a lower surface of the position receiving space; Operating means each mounted in the position receiving space of the position fixing unit, and comprising a power supply receiving and transmitting external power and a controller transmitting or receiving a transmission/reception signal with the outside; The upper case is mounted on the upper part of the position fixing unit to block the position accommodation space, and a support step is formed around the upper edge, and a horizontal support surface is fixed to the support step of the upper case through a fastener, and the inner surface is made of rubber or silicone. A fixed case composed of an outer case having a right angle shape to which the formed sealing member is mounted; A plate-shaped body support portion mounted on the upper portion of the fixed case; A component connection part consisting of a filtration connector in which one end is coupled to the suction connector of the suction pump and the other end is coupled to the filter section, and a nozzle connector in which one end is coupled to the discharge connector of the suction pump and the other end is coupled to the nozzle section; A filtration unit coupled to a filtration connector of the component connection unit and filtering foreign substances contained in water supplied to the suction pump; And a filtering unit coupled to the filtering connector of the component connection unit and filtering foreign substances contained in water supplied to the suction pump. And a transfer pipe that is coupled to the nozzle connector of the component connection and transfers the water delivered from the suction pump, a control valve installed in the middle of the transfer pipe, and a nozzle mounted at the end of the transfer pipe and discharges water to the outside. It includes; a nozzle unit configured.

And the main body support portion is a horizontal support plate mounted on the upper portion of the position fixing portion. An upper horizontal support plate mounted at a distance from the horizontal support plate; A flexible finishing material mounted on the edge portions of the horizontal support plate and the upper horizontal support plate; And a plurality of cylinders mounted at an interval between the horizontal support plate and the upper horizontal support plate.

In addition, the component connection part has a through hole formed therein, a stepped step is formed on both sides around the through hole, and the connection case in which an inner through hole formed in a rectangular shape is formed at the top and bottom with an interval on both sides of the connection case. It may be made of a connection fixing unit composed of a coupling unit coupled to the inner through hole, a connection support unit coupled to the coupling unit, and a horizontal fixture coupled horizontally to the connection support unit.

Since the pump-integrated water fountain device according to the present invention can be operated individually by integrally configuring a suction pump and a nozzle unit, it is easy to operate and maintain, as well as to express a complex presentation.

In addition, the pump-integrated water fountain device according to the present invention can be easily combined with the filtration unit and the nozzle unit by attaching a component connection between the suction pump and the filtration unit, and between the suction pump and the nozzle unit, as well as reducing maintenance accordingly. There is an effect.

1 is a block diagram showing a pump-integrated water fountain device according to the present invention.
2 is a cross-sectional view showing a position fixing part, an operation means, a fixed case, and a main body support part constituting a pump-integrated fountain device according to the present invention.
Figure 3 is a cross-sectional view showing another embodiment of Figure 2 according to the present invention.
Figure 4 is a block diagram showing a component connection constituting the integrated pump water fountain device according to the present invention.
5 is a view showing an embodiment of a pump-integrated water fountain device according to the present invention.

Advantages and features of the present invention, and a method of achieving them will become apparent with reference to the embodiments described below in detail together with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but will be implemented in various different forms. It is provided to fully inform the scope of the invention to those who have it, and the invention is defined by the description of the claims. Meanwhile, terms used in the present specification are for explaining embodiments and are not intended to limit the present invention. In this specification, the singular form also includes the plural form unless specifically stated in the phrase. As used herein, "comprises" or "comprising" refers to the presence of one or more other components, steps, actions and/or elements other than the recited elements, steps, actions and/or elements, or Does not exclude addition.

Hereinafter, a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings, FIG. 1 is a block diagram showing a pump-integrated water fountain device according to the present invention, and FIG. 2 is a diagram illustrating a pump-integrated water fountain device according to the present invention. A cross-sectional view showing a position fixing part, an operation means, a fixed case, and a main body support part, and FIG. 3 is a cross-sectional view showing another embodiment of FIG. 2 according to the present invention, and FIG. 4 is a component constituting a pump-integrated water fountain device according to the present invention. It is a configuration diagram showing the connection part.

The pump-integrated water fountain device 100 of the present invention includes a position fixing part 200, an operation means 300, a fixed case 400, a main body support part 500, a suction pump 600, a component connection part 700, a filtration part ( 800), and a nozzle unit 900.

The position fixing part 200 is mounted at an interval above the bottom surface of the water tank chamber 10.

That is, the position fixing part 200 is mounted at an interval above the bottom surface of the water tank chamber 10 through which water is sprayed.

In addition, the position fixing part 200 has a square box shape, the upper part is open, the position receiving space 210 is formed therein, the bottom of the tank chamber 10 is fixed through a fastener, and the bottom surface and the position receiving space A sealing member 220 formed of rubber or silicone is mounted below the 210.

That is, the position fixing part 200 is equipped with a sealing member 220 for tightly fixing and sealing the bottom surface and the upper part of the position receiving space 210, and the bottom of the tank chamber 10 is known such as an anchor bolt. It is fixed through the fastener.

The operating means 300 are respectively mounted in the position receiving space 210 of the position fixing part 200.

In addition, the operating means 300 is equipped with a power supply 320 that receives and transmits external power to the position receiving space 210 of the position fixing unit 200 and a controller 340 that transmits or receives a transmission/reception signal. .

That is, the operation means 300 transmits power supplied from the outside through the power supply 320 mounted in the location accommodation space 210 to the configuration, and controls the operation and operation of the configuration through the controller 340. do.

Here, the operation means 300 is mounted in the location accommodation space 210 in order to smoothly repair or replace while minimizing damage caused by water accommodated in the water tank chamber 10.

In addition, as the power supply 320, a known power supply device is selectively used so that external constant power can be supplied through a known power supply means, and the controller 340 is controlled through a known wired or wireless device.

The fixing case 400 closes the upper edge, front and rear, and side surfaces of the position fixing part 200.

In addition, the fixed case 400 is mounted on the upper portion of the position fixing part 200 to block the position receiving space 210, and the upper case 410 and the upper case in which a support step 412 is formed around an upper edge. Consisting of a right-angled outer case 420 in which a horizontal support surface 422 is fixed to the support step 412 of 410 through a fastener and a sealing member 430 formed of rubber or silicone is mounted on the inner surface. It consists of a fixed case 400.

" 형상으로 형성되는 상부 케이스(410)를 장착한 후 상기 상부 케이스(410)에 내부가 관통형성되고 단면이 직각 형상으로 형성되는 외면 케이스(420)를 장착하게 된다. That is, the fixing case 400 is "on the upper part of the position fixing part 200"

After mounting the upper case 410 formed in a "shape, an outer case 420 having an inside formed through the upper case 410 and having a right-angled cross section is mounted on the upper case 410.

In a more supplementary description, the fixed case 400 blocks the location accommodation space 210 in which the power supply 320 and the controller 340 are mounted through the upper case 410, and the upper case 410 An outer case 420 with a sealing member 430 mounted thereon is mounted on the front and rear surfaces and on the outer surface thereof so as to minimize water flowing into the interior.

Here, it is revealed that not only a sealing member formed of rubber or silicone may be mounted under the upper case 410, but the outer case 420 may be configured separately.

The main body support part 500 is mounted on the fixed case 400.

That is, while the main body support part 500 is formed in a plate shape, it is fixed through a known fastener on the upper portion of the fixed case 400, so that the suction pump 600, the component connection part 700, the filtration part 800, and The nozzle unit 900 is supported.

Next, the body support part 500 may be configured as shown in FIG. 3.

That is, the main body support part 500 is configured to be able to buffer and change the angle of the nozzle part 900.

To this end, the main body support part 500 includes a horizontal support plate 510 mounted on an upper portion of the position fixing part 200, an upper horizontal support plate 520 mounted at a distance from the horizontal support plate 510, and the horizontal support plate. (510) and a flexible finishing material 530 mounted on the edge of the upper horizontal support plate 520, a plurality of cylinders 540 mounted at an interval between the horizontal support plate 510 and the upper horizontal support plate 520 Includes.

That is, the main body support part 500 is a suction pump 600, a component connection part 700, a filtration part 800, and a nozzle part 900 located above the upper horizontal support plate 520 through the cylinder 540. It is easy to adjust.

At this time, the height adjustment of the cylinder 540 is fixed in a state set differently according to the situation.

And the flexible finishing material 530 is composed of a known bellows or the like so that the height can be adjusted.

The suction pump 600 is mounted on the main body support part 500.

In addition, the suction pump 600 is mounted with a suction connector 610 receiving water and a discharge connector 620 discharging water at intervals.

Here, the suction connector 610 is formed in the center of the outer surface and mounted to communicate with the inside, and the discharge connector 620 is disposed at the top and formed to communicate with the inside.

In addition, it is revealed that the suction pump 600 is not limited to the illustrated drawings, and a known suction pump 600 may be applied depending on the environment and purpose.

The component connection part 700 has one end connected to the suction pump 600 and the other end connected to the filtering part 800 or the nozzle part 900.

In addition, the component connection part 700 has one end coupled to the suction connector 610 of the suction pump 600 and the other end coupled to the filtration unit 800 and a filtration connector 710 and one end of the suction pump 600 It consists of a nozzle connector 720 that is coupled to the discharge connector 620 and the other end is coupled to the nozzle unit 900.

That is, the component connection part 700 supplies the water filtered by the suction pump 600 to the suction pump 600 through the filtration connector 710 connected to the filtration unit 800, and the suction pump 600 Water discharged through the discharge connector 620 of is transferred to the nozzle unit 900 through the nozzle connector 720.

Next, the component connection part 700 may be configured as shown in FIG. 4.

That is, the component connection part 700 is designed to increase the coupling force while easily coupling the suction connection part 610 and the filtration connector 710 and the discharge connector 620 and the nozzle connector 720.

To this end, the component connection part 700 has through-holes 712 and 722 formed therein, stepped jaws 713 and 723 are formed on both sides around the through-holes 712 and 722, and gaps are formed at both sides. Connection cases (711, 721) having inner through-holes (714, 724) formed in a rectangular shape at the top and bottom, and a coupling hole (714, 724) coupled to the inner through-holes (714, 724) of the connection cases (711, 721) ( It consists of a connection fixing part 730 composed of a connection support 732 coupled to the 731 and the coupling tool 731 and a fastener 733 coupled to the connection support 732.

That is, the component connection part 700 connects the suction connector 610 and the filtration connector 610 or the discharge connector 620 and the nozzle connector 720 through the stepped jaws 713 and 723 formed in the through holes 712 and 722. After being accurately mounted in a designated position, the suction connector 610 and the filtration connector 610 or the discharge connector 620 and the nozzle connector 720 through the coupling hole 731 inserted into the inner through-holes 714 and 724. ) Is fixed, and then supported through a fastener 733 coupled to the connection support 732,

The filtering unit 800 is coupled to the filtering connector 710 of the component connection unit 700.

That is, when the suction pump 600 is operated, the filtration unit 800 filters foreign substances while suctioning water stored in the inner space 20 of the water tank chamber 10, and then transfers them to the suction pump 600.

Here, as the filter unit 800, a filter known in the environment and purpose is selectively used.

The nozzle unit 900 is coupled to the nozzle connector 720 of the component connection unit 700.

In addition, the nozzle unit 900 includes a transfer pipe 910 for transferring water delivered from the suction pump 600, a control valve 920 mounted in the middle of the transfer pipe 910, and the transfer pipe 910. It is mounted at the end and consists of a nozzle 930 that discharges water to the outside.

That is, the nozzle unit 900 receives the water delivered through the suction pump 600 and the nozzle connector 720 through the nozzle 930 according to the operation of the control valve 920 mounted on the transfer pipe 910. Will be discharged.

An embodiment of a pump-integrated water fountain device configured as described above will be described as follows.

First, the upper part is opened in the shape of a square box on the top of the bottom of the tank chamber 10, and a location receiving space 210 is formed therein, and the bottom of the tank chamber 10 is fixed through a fastener, and the bottom surface and the location A position fixing part 200 to which a sealing member 220 formed of rubber or silicone is mounted is mounted under the receiving space 210.

In addition, a power supply 320 that receives and transmits external power to the location accommodation space 210 of the location fixing part 200 to the location accommodation space 210 of the location fixing part 200 and transmits/receives signals to/from the outside or Equipped with an operating means (300) consisting of a supplied controller (340).

Next, an upper case 410 in which the location receiving space 210 is blocked and a support step 412 is formed around the upper edge of the position fixing part 200 is mounted, and the upper case 410 A fixed case 400 composed of a right-angled outer case 420 in which the horizontal support surface 422 is fixed with the support step 412 through a fastener and a sealing member 430 formed of rubber or silicone is mounted on the inner surface. ).

In addition, the body support part 500 formed in a plate shape on the upper part of the fixing case 400 is fixed through a known fastener.

Next, a suction connector 610 that receives water supplied to the center of the outer surface is mounted on the upper portion of the main body support part 500, and a suction pump 600 having a discharge connector 620 for discharging water is mounted on the upper portion. .

In addition, one end is coupled to the suction connector (610) of the suction pump (600), the other end is coupled to the filter unit (800) The component suction connector (610) and the first end is the discharge connector (620) of the suction pump (600) A component connection portion 700 consisting of a component discharge connector 720 that is coupled with and the other end is coupled with the nozzle portion 900 is mounted.

Next, a filtration unit 800 for filtering foreign substances mixed with water flowing into the suction pump 600 is mounted on the filtration connector 710 of the component connection unit 700.

And a transfer pipe 910 for transferring water delivered from the suction pump 600 to the nozzle connector 720 of the component connection part 700, a control valve 920 mounted in the middle of the transfer pipe 910, and the When the nozzle unit 900, which is mounted at the end of the transfer pipe 910 and configured with a nozzle 930 for discharging water to the outside, is mounted, the assembly of the pump-integrated water fountain device 100 is completed.

Here, it is revealed that the assembly order of the pump-integrated water fountain device may be different from the above.

Next, after installing the pump-integrated water fountain device 100 at an interval in the lower portion of the water tank chamber 10, a bottom plate is installed on the upper portion of the water tank chamber 10, and then Water is stored in the water tank space (20).

Thereafter, when the water stored in the water tank space 20 is to be ejected to the outside, an operation signal is transmitted to the controller 340 of the operation means 300, and the controller 340 is a power supply 320, suction The pump 600 and the nozzle unit 900 are controlled.

Next, when the suction pump 600 operates, the water stored in the water tank space 20 passes through the filtration unit 800 and then the suction pump 600 through the filtration connector 710 of the component connection unit 700. Will be supplied to.

Thereafter, the water supplied to the suction pump 600 is delivered to the nozzle unit 900 through the discharge connector 620 and the nozzle connector 720, and the nozzle unit 900 includes a transfer pipe 910 and a nozzle ( Through 930), water is discharged to the outside.

The above description is merely illustrative of the technical idea of the present invention, and those of ordinary skill in the art to which the present invention pertains, various modifications and variations can be made without departing from the essential characteristics of the present invention.

Therefore, the embodiments expressed in the present invention are not intended to limit the technical idea of the present invention, but to explain, and the scope of the present invention is not limited by these embodiments. The scope of protection of the present invention should be construed by the following claims, and all technical ideas equivalent to or within the scope should be construed as being included in the scope of the present invention.

100: pump-integrated water fountain device
200: position fixing unit 210: location accommodation space
220: sealing member 300: operating means
320: power 340: controller
400: fixed case 410: upper case
412: support step 420: outer case
422: horizontal support surface 430: sealing member
500: main body support 510: horizontal support plate
520: upper horizontal support plate 530: flexible finishing material
540: cylinder 600: suction pump
610: suction connection 620: discharge connection
700: component connection 710: filtration connection
711: connection case 712: through hole
713: stepped 714: internal through hole
720: nozzle connector 721: connection case
722: through hole 723: stepped
724: internal through hole 730: connection fixing part
731: coupling 732: connection support
733: horizontal fixture 800: filtration unit
900: nozzle unit 910: transfer pipe
920: control valve 930: nozzle

Claims (3)

It is arranged at intervals on the top of the bottom of the tank chamber, the top is opened in the shape of a square box, and a location accommodation space 210 is formed inside, and the bottom of the tank chamber 10 is fixed through a fastener, and the bottom surface and A position fixing part 200 in which a sealing member 220 formed of rubber or silicon is mounted at a lower portion of the position receiving space 210;
Operating means each mounted in the position receiving space 210 of the position fixing unit 200, consisting of a power supply 320 that receives and transmits external power and a controller 340 that transmits or receives a transmission/reception signal to or from the outside. (300);
The upper case 410 is mounted on the upper part of the position fixing part 200 to block the position receiving space 210 and has a support step 412 formed around the upper edge, and the support step 412 of the upper case 410 ) The horizontal support surface 422 is fixed through a fastener and the inner surface is a fixed case 400 composed of a right-angled outer case 420 in which a sealing member 430 formed of rubber or silicone is mounted;
A horizontal support plate 510 disposed above the fixed case 400 and mounted on the fixed case 400, an upper horizontal support plate 520 mounted at a distance from the horizontal support plate 510, and the horizontal A flexible finish 530 mounted on the edge of the support plate 510 and the upper horizontal support plate 520, and a plurality of cylinders 540 mounted at an interval between the horizontal support plate 510 and the upper horizontal support plate 520 Plate-shaped body support 500 consisting of;
One end is coupled to the suction connector (610) of the suction pump (600), the other end is coupled to the filtration connector (610) coupled to the filter unit (800) and the first end is coupled to the discharge connector (620) of the suction pump (600) The other end is a component connection 700 consisting of a nozzle connector 720 coupled to the nozzle unit 900;
A filtration unit 800 coupled to the filtration connector 710 of the component connection unit 700 and filtering foreign substances contained in the water supplied to the suction pump 600; And
A filtration unit 800 coupled to the filtration connector 710 of the component connection unit 700 and filtering foreign substances contained in the water supplied to the suction pump 600; And
A transfer pipe 910 that is coupled to the nozzle connector 720 of the component connection part 700 and transfers water delivered from the suction pump 600 and a control valve 920 mounted in the middle of the transfer pipe 910 And a nozzle unit 900 mounted at an end of the transfer pipe 910 and configured with a nozzle 930 for discharging water to the outside.
delete The method according to claim 1, wherein the component connection part 700,
Through-holes (712, 722) are formed inside, stepped (713, 723) are formed on both sides around the through-holes (712, 722), and the internal penetration is formed in a square shape at the top and bottom with an interval on both sides. Connection cases (711, 721) in which the balls (714, 724) are formed; And
In the coupling hole 731 coupled to the inner through-holes 714, 724 of the connection cases 711, 721, the connection support 732 coupled to the coupling hole 731, and the connection support 732 Pump-integrated water fountain device, characterized in that consisting of a connection fixing portion 730 consisting of a horizontal fixture 733 coupled horizontally.

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