KR200296847Y1 - Water supply device having water purifing function - Google Patents

Abstract

The present invention relates to a water device that can be applied to parks or industrial areas.

In order to implement such a water device, upper and lower flow passages are provided, and the lower flow passage 240 generates various algae due to the first and second filtration devices composed of gravel, coarse sand, etc. The pumping device 111 for supplying water from the cooler 112, the lower flow path 240 to the upper flow path 200 to prevent the need to be necessary. In the upper passage 200, the purified water supplied from the lower passage 240 may be converted into industrial water, or visually refreshed by water flowing to the general public.

Description

Water supply device having water purifying function

The present invention relates to a water supply device for supplying and purifying water, and more particularly, to a water supply device that can provide a refreshing feeling in the apparent appearance while constituting a natural purification system of flowing water.

Water is used for many purposes in life and environment. For example, in a productive environment such as a factory, water is used for various purposes necessary for production, and in the environment such as a park or a rest area, it is used in everybody.

In this industrial or environmental aspect, the supply according to the use of water has several meanings. First of all, under the industrial environment, it has an important meaning with respect to the supply of water required for the industry, and in the environmental aspect such as a park, there is a lot of necessity for the mental stability and relaxation of the human being.

However, current water equipment or water facilities, as disclosed in Japanese Utility Model Utility Model No. 3-72966 (hereinafter referred to as `` Prior Art ''), are first purified by a dust removal filter. In addition, the second purified water flows back into the filtration device, and the purified water is sent to a constant reservoir by the power of a pump and stored in a stagnant state. That is, in an industrial water facility, the state of standing in a constant water tank is maintained, and in such a state, it is supplied to the predetermined part which is needed through a supply piping.

In terms of environmental aspects, such as parks, parks and the like are generally supplied as needed while maintaining water in a state of stagnation in a constant reservoir. Therefore, the following disadvantages of the conventional water facilities or water apparatus as described above is pointed out. Water that accumulates in parks, etc., tends to decay on its own, and is not useful to humans in terms of environmental and emotional aspects compared to water actually flowing. For example, compared to water in a standing state, it is natural that flowing water has an auditory visual meaning that provides considerable stability in terms of human emotion. However, since the stagnant water has no such effect as in the past, it is true that it is very disadvantageous in terms of hearing and vision.

In addition, when rainwater is introduced as in the prior art, the dust removal process and the filtration process are performed. However, when the purified water is stored in a stagnant state, various algae such as cyanobacteria and green algae may be generated, thereby supplying clean water to the outside. .

On the other hand, the flowing water can provide psychological stability in terms of visual and auditory aspects, as well as being very convenient for water purification and having the advantage of suppressing the occurrence of various fungi by controlling the flow rate and temperature.

In addition, forming a path through which water flows substantially means that water flowing along the path is installed over a relatively wide portion, which means that piping for various industrial waters can be performed very simply. .

The object of the present invention is to provide a visual and auditory stability by purifying the water environmentally, at the same time, to suppress the occurrence of various fungi through the flow and temperature control of water, and to provide convenience in use It is a basic purpose to provide a device.

1 is a plane conceptual view of the water device according to the present invention,

2 is a cross-sectional view of the water device according to the present invention,

Figure 3 is a perspective view of the water device according to the present invention.

* Description of the symbols for the main parts of the drawings *

100 ..... First reservoir 110 ..... Second reservoir

200 ..... Upstream 210 ..... Upstream

220 ..... downstream 230 ..... pipe

240 ..... Lower Euro

According to the present invention for achieving the above object, the upper flow path having a position upstream than the downstream; A first reservoir connected to a downstream end of the upper passage; a lower passage forming a downward slope from the first reservoir; The flow path comprises a second reservoir connected to a downstream end of the lower flow passage, and a pumping device for pumping water upstream of the upper flow passage in the second reservoir. The upper and lower flow paths form circulation paths through respective reservoirs and pumping devices. The reservoir and the lower flow passage are provided with a water purifier filled with gravel and sand, and a cooling water tank is formed at one side of the pumping device. The cooling water tank prevents the occurrence of algae by preventing the temperature rise of the water.

Next, the present invention will be described in more detail with reference to the embodiments shown in the drawings.

First, Figure 1 is a plan view of the water purification apparatus according to the present invention, 2 is a sectional view, 3 is a perspective view.

As shown, the water device according to the present invention, the water flowing in the upper flow path 200, the first reservoir 100 is installed downstream of the upper flow path 200, the water in the first reservoir (100) It receives the supply flows back to the lower flow path 240, and includes a second reservoir 110 is installed downstream of the lower flow path.

The upper flow path 200 is installed in a state exposed to the ground. In addition, the upper flow path has a constant height difference, specifically, the upstream 210 has a higher position than the downstream 220. By such a difference in height, water will flow on the upper flow path 200 more smoothly. In another embodiment, the upper flow passage 200 may be installed in a parallel state, even though there is no difference in height between the upper and downstream portions of the upper flow passage 200 by the water spraying pump 111 installed in the second storage tank 110. Water may flow from upstream 210 to downstream 220.

The lower passage 240 is buried in the ground, unlike the upper passage 200. The lower flow passage is provided with a plurality of filtration devices to purify the water introduced from the upper flow passage 200. The purifying means is composed of, for example, primary, secondary and tertiary filtration means. The primary filtration unit 211 is to accumulate coarse gravel on one side of the first storage tank 100 to filter large foreign matters, the secondary filtration unit 212 is gravel upstream of the lower flow path 240, the third filtration unit ( 213 accumulates sand downstream of the lower flow path 240, allowing water to be filtered while water flows from upstream to downstream. A second reservoir 110 is provided downstream of the lower passage 240, and a cooling water tank 112 and a pumping device 111 are installed in the second reservoir 110. The pumping device 111 installed in the second reservoir 110 may be used to pump water from the lower passage 240 to the upstream 210 of the upper passage 200. At the same time, the cooler 112 may be provided. It keeps water cold to prevent the occurrence of various algae.

Water reaching the downstream 220 of the upper passage 200 is collected in the first reservoir 100 through a pipe 230 communicating the downstream 220 with the first reservoir 100, for example. . The collected water is first purified while passing through the coarse gravel that is the primary filtration unit 211, and flows on the lower channel 240 inclined to the second storage tank 110. A secondary filtration part 212 made of gravel is formed upstream of the lower flow path 240, and a tertiary filtration part 213 made of sand is formed downstream. As the water flows into the lower flow path 240 as described above, the water is changed into clean water while undergoing the first, second and third processes.

Water passing through the lower flow path 240 is collected in the second reservoir (110). The water collected in the second reservoir 110 is moved to the upstream 210 of the upper flow path 200 through the pipe by the pumping device 111.

According to this configuration, it will be appreciated that the water for the water is configured to continuously circulate along the upper passage 200 and the lower passage 240. In addition, in each of the flow paths, water flows substantially due to the inclination of the pumping device 111 and the flow path, and the flow rate of the water can be controlled by the pumping device 111.

Of course, water must not be accumulated to maintain clean water at all times. However, even if the water flows, if the flow rate is slow or the proper temperature conditions are established, it will be impossible to prevent the occurrence of various algae such as cyanobacteria and green algae. do.

In the present invention, the pumping device 111 and the cooler 112 is provided in the second reservoir 110 to solve this problem. In order to prevent an increase in water temperature, which is a major factor of algae generation, the cooler 112 is used to maintain a low temperature in summer, and a large amount of water is used in a short time by using a pumping device 111 to prevent stagnation of water, which is another factor. By raising the flow rate to generate the flow rate of water per unit of time to minimize the sun and can minimize the progress of photosynthesis can inhibit the occurrence of algae.

The significance of the present invention will be described. First of all, clean water flows along a certain path, so that it is easy to provide various industrial waters, and in the case of applying the water device according to the present invention in a park, people can visually and visually enjoy the clean water flowing naturally along a certain path. Will be. Therefore, in the park, people are expected to have an advantage in the environmental aspect that can have a visual and auditory effect by the flow of water.

As described above, according to the present invention, the following advantages can be expected. As described above, by using the water device according to the present invention environmentally, by maintaining clean water at all times and preventing the occurrence of various fungi, a visual and audio effect is provided. Furthermore, according to the present invention, considering that the upper flow passage is actually configured to flow water in a natural state, the effect as described above will be doubled.

Claims (5)

An upper flow passage 200 exposed to the ground and having a constant length of flowing water; A first storage tank 100 connected to the downstream 220 of the upper flow passage 200; A lower flow path 240 buried underground with a water purification means, making a downward slope from the first reservoir 100; A second reservoir 110 connected to a downstream of the lower passage 240; And a pumping device (111) for controlling the flow rate by pumping water upstream of the upper flow passage (200) in the second reservoir (110). According to claim 1, wherein the water purification means is installed on the lower flow passage in order to purify the flowing water, including the first purification means of the coarse gravel layer, the second purification means of the gravel layer, the third purification means of the sand layer Water device that combines water quality characterized in that configured. The water device according to claim 1, wherein a cooler (112) for adjusting the water temperature is formed at one side of the pumping device (111), which is an end of the lower flow path. The water device according to claim 1, wherein the upper flow passage (200) is formed to be inclined from the upstream (210) to the downstream (220). The water device according to claim 1, wherein the upper flow passage (200) is formed horizontally, and water injected into the upper flow passage (210) by a pumping device flows from the upstream (210) to the downstream (220).