KR102083163B1 - Water tank purifier using polymer fiber fliter media - Google Patents

Abstract

Water tank purifier using a polymer fiber filter medium according to an embodiment of the present invention, one or more polymer fiber filter media; At least one filter media mounter having an inner space in which the polymer fiber filter medium is accommodated, the at least one filter media mount being operated to open or close the inner space to the outside and installed in each area of the water tank; At least one water quality meter installed at each position within the water tank in proximity to the filter medium mounting device; And a water purification controller that controls the internal space of each filter medium mounting device to be opened or closed through water quality data received from each water quality meter.

Description

Water tank purifier using polymer fiber filter media {WATER TANK PURIFIER USING POLYMER FIBER FLITER MEDIA}

The present invention relates to a water tank purifier using a polymer fiber filter medium, and more particularly, to install a polymer fiber filter medium in each area of the tank and control the polymer fiber filter medium in the corresponding area to be activated or deactivated according to the water quality of each area of the tank. The present invention relates to a water tank purifier using a polymer fiber filter medium to purify a water tank more efficiently.

Companies that handle living things, such as sashimi, farms, live fish and shellfish distributors, manage them in tanks (aquariums) from distribution to consumption. Most live fish and shellfish are uncooked and are used as sashimi-type foods consumed directly by consumers. Therefore, it is very important to manage water containing organisms. However, in the distribution stage, live fish and shellfish are not handled for a long time, and most of them are small tanks except for farms. Thus, only water tank cleaning, seawater input and replacement, and water treatment chemicals are managed.

The water in the tank is different depending on the organism, but it is generally managed at 8 ~ 11 ℃, and the temperature of the water is 15 ~ 22 ℃ in summer and 10 ℃ or less in winter while cleaning the tank or changing the water in a regular sushi house. In order to raise and lower the temperature by 1 ℃, cooler or heater should be operated for 3 ~ 4 hours. As electricity bills are burdened, some companies may increase cleaning cycles or use water treatment chemicals (such as bactericides, super cleansers, moss removers, and defoamers).

The water in the tank is generally purified by putting a non-woven fabric containing sand filter material in a small filtered tank at the bottom or the back. This is a problem that the filtration treatment capacity is insufficient to purify the average quantity of one of the general sashimi tank and economically inefficient. Recently, as a replacement technology of the most commonly used sand filter device, a cartridge filter device using a fiber filter medium or a glass filter device using a glass fiber filter medium has been developed, but this has a problem that it is not suitable for application to seawater. It is not efficient in terms of size and cost, and is not suitable for waste treatment due to the operation of the tank.

Accordingly, the water in the tank containing the freshwater or shellfish can be purified with higher efficiency, taking into account the floating, excreta, and earth and sand products, so that the water life of the tank can be improved and the living environment of the tank can be optimized. Development of a water tank purifier is required.

Korean Laid-Open Patent No. 2008-0100890, Nov. 21, 2008

The present invention has been made to improve the prior art as described above, by installing a polymer fiber filter medium in each area of the water tank and by controlling the polymer fiber filter medium of the corresponding area is activated or deactivated according to the water quality of each area of the water tank more It is an object of the present invention to provide a water tank purifier using a polymer fiber filter medium capable of efficiently purifying the water tank.

In order to achieve the above object and to solve the problems of the prior art, the water tank purifier using the polymer fiber filter media according to an embodiment of the present invention, one or more polymer fiber filter media; At least one filter media mounter having an inner space in which the polymer fiber filter medium is accommodated, the at least one filter media mount being operated to open or close the inner space to the outside and installed in each area of the water tank; At least one water quality meter installed at each position within the water tank in proximity to the filter medium mounting device; And a water purification controller that controls the internal space of each filter medium mounting device to be opened or closed through water quality data received from each water quality meter.

In addition, the filter medium mounting device of the water tank purifier using the polymer fiber filter medium according to an embodiment of the present invention, the cylindrical housing having a space therein; Opening and closing means respectively provided on both bottom surfaces of the housing cylinder; And a motor installed in each of the opening and closing means, and controlling the opening or closing operation of the opening and closing means according to the control of the water purification controller connected by wire communication.

In addition, the filter medium mounting device of the water tank purifier using the polymer fiber filter medium according to another embodiment of the present invention, the rectangular-shaped housing having a space therein; Six sliding means installed on every six sides of the housing; And six motors installed at each sliding means and controlling sliding operations of the sliding means according to the control of the water purification controller connected by wire communication.

In addition, in the water tank purifier using the polymer fiber filter medium according to an embodiment of the present invention, the first filter medium mounting device and the first water quality meter is installed in the first region inside the water tank, the second filter medium mounting device in the second region And a second water quality meter and a third filter medium mounting device and a third water quality meter in the third region, the first water quality controller receives first water quality data from the first water quality meter and the third water quality meter, respectively. From the third to third water quality data, if only the second water quality data is more than the predetermined threshold value and the difference with the threshold value is read below the predetermined threshold range, the internal space of the second filter medium mounting device is controlled to open to the outside, The water purification controller may include a second water quality day among the first water quality data and the third water quality data respectively received from the first water quality meter to the third water quality meter. If only the threshold value is greater than the predetermined threshold value and the difference with the threshold value is read beyond the predetermined threshold range, the internal spaces of all the filter media mounting bodies are controlled to open to the outside, and the water purification controller is configured to control the first water quality meter to the first quality meter. When the two or more water quality data among the first water quality data and the third water quality data respectively received from the three water quality meters are read out above a predetermined threshold value, the internal spaces of all the filter medium mounting devices are controlled to be opened to the outside. .

In addition, the water quality measurement device of the water tank purification apparatus using a polymer fiber filter medium according to an embodiment of the present invention includes any one or more of a temperature sensor, PH sensor, turbidity sensor, and dissolved oxygen sensor, measured by each sensor The temperature data, PH data, turbidity data, and dissolved oxygen data are added to generate water quality data, and the generated water quality data is transmitted to the water purification controller connected by wire communication.

According to the water tank purifier using the polymer fiber filter medium of the present invention, by using a polymer fiber filter medium having a high pollutant capture power of 5 ~ 10μl, it is possible to save energy by reducing the amount of cooler due to reuse of seawater in the tank. The effect is to make it easier for the administrator to clean and dispose of.

In addition, according to the water tank purifier using the polymer fiber filter medium of the present invention, the polymer fiber filter medium is accommodated in the opening and closing the filter medium mounting in the water tank to measure the pollution of the current water, and thus the filter medium mounting is opened to the water of the tank By closing it, the polymer fiber filter medium can be used more efficiently to obtain the effect of purifying the water tank.

In addition, according to the water tank purifier using the polymer fiber filter medium of the present invention, one filter medium mounting device equipped with a polymer fiber filter medium is installed for each area of the water tank, the water quality data is measured for each area, and then the pollution degree is measured above the threshold value. By opening the filter medium mounting device located in the designated area, the water quality can be purified through the polymer fiber filter medium only in the corresponding area, so that the purification of the large tank can be more intensively and efficiently performed.

1 is a view showing the configuration of a water tank apparatus using a polymer fiber filter medium according to an embodiment of the present invention.
Figure 2 is a view showing an example of the filter medium mounting device of the shape of the closing and closing means according to an embodiment of the present invention.
3 is a view showing an example of the filter medium mounting device of the open and close means according to an embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings will be described an embodiment of the present invention;

1 is a view showing the configuration of a water tank apparatus using a polymer fiber filter medium according to an embodiment of the present invention.

The water tank purifier using the polymer fiber filter media according to an embodiment of the present invention is one or more polymer fiber filter media (111, 121, 131), one or more filter media mounting (112, 122, 132), one or more water quality measuring instruments (113, 123) 133, the water purification controller 140, and the display means 150.

One or more polymer fiber filter media, filter media mounting device, and water quality measuring instrument according to the present invention may be installed in the water tank 100. In this specification, the first polymer fiber filter material 111 inside the water tank 100 for convenience of description. The second polymer fiber filter medium 121, the third polymer fiber filter medium 131, the first filter medium mount 112, the second filter medium mount 122, the third filter medium mount 132, the first water quality measurer 113, A case in which the second water quality measuring instrument 123 and the third water quality measuring instrument 133 are installed in close proximity to each other in the inside of the water tank 100 will be described as an example. The number and location of installation of the polymer fiber filter medium, the filter medium mounting device, and the water quality meter may be implemented in various forms according to the judgment of those skilled in the art.

The first polymer fiber filter medium 111 is accommodated in the first filter medium mounter 112 and installed in a specific region (lower left side of the water tank 100) inside the water tank 100. The second polymer fiber filter medium 121 is accommodated in the second filter medium mounter 122 and installed in a specific region (middle lower part of the water tank 100) inside the water tank 100. The third polymer fiber filter medium 131 is accommodated in the third filter medium mounting unit 132 and installed in a specific region (lower right side of the water tank 100) inside the water tank 100. The first water quality measuring unit 113 is installed in an area adjacent to the first filter medium mounting unit 112. The second water quality meter 123 is installed in a region close to the second filter medium mounter 122. The third water quality meter 133 is installed in an area adjacent to the third filter medium attacher 132.

The first water meter 113, the second water meter 123, and the third water meter 133 may be connected to the water purification controller 140 by wire to communicate with each other. The water purification controller 140 may be installed outside the water tank 100. The water purification controller 140 may be connected to the first water quality measuring unit 113, the second water quality measuring unit 123, and the third water quality measuring unit 133 by wire and communicate with each other. 112, the second filter medium mounter 122 and the third filter medium mounter 132 may be connected in a wired manner to control the operation of motors installed in the respective filter medium mounts.

Figure 2 is a view showing an example of the filter medium mounting device of the opening and closing means is closed according to an embodiment of the present invention, Figure 3 is an example of a filter medium mounting device of the opening and closing means according to an embodiment of the present invention. Figure is a diagram.

According to an embodiment of the present invention, the filter medium mount 200 illustrated in FIG. 2 may include a first filter medium mount 112, a second filter medium mount 122, and a third filter medium mount 132 having the same shape as in FIG. 1. ) Is shown. According to an embodiment of the present invention, the filter medium mounting device 200 includes a housing 210, a first opening and closing means 221, a second opening and closing means 222, and a motor 230. The housing 210 is formed in a cylindrical shape, and an inner space in which the polyfilament filter medium 201 is accommodated is formed. The first opening and closing means 221 and the second opening and closing means 222 are respectively installed on both bottom surfaces of the housing 210 cylinder. The first opening and closing means 221 and the second opening and closing means 222 may be implemented in the form of an aperture switch of a general camera.

The motor 230 is connected to each of the first opening and closing means 221 and the second opening and closing means 222 to control the operation of each opening and closing means. The motor 230 may control the opening or closing operations of the first opening and closing means 221 and the second opening and closing means 222 under the control of the water purification controller 140 connected by wire communication. Under the control of the water purification controller 140, the motor 230 may operate so that both the first opening and closing means 221 and the second opening and closing means 222 are simultaneously opened or closed, and the first opening and closing means 221 Only one of the second opening and closing means 222 may be operated to be opened or closed.

When both the first opening and closing means 221 and the second opening and closing means 222 are opened, the polymer fiber filter medium 201 may come into contact with water in the water tank 100 to generate a water purification action, and the first opening and closing means ( When both the 221 and the second opening and closing means 222 are closed, the polymer fiber filter medium 201 may be blocked from the water in the water tank 100 to stop the water purification. In addition, when only one of the first opening and closing means 221 and the second opening and closing means 222 is opened and the other is closed, water purification may be performed at a lower level than when both are opened.

The water purification controller 140 considers the level of water purification action according to the opening and closing forms of each opening and closing means, and thus, the first opening and closing means 221 and the second opening and closing means of the filter medium mount 200 to be suitable for the current water quality. The degree of opening and closing of 222 can be controlled. In particular, the degree of opening of the first opening and closing means 221 and the second opening and closing means 222 is set in several stages from the full opening to the full closing in consideration of the characteristics of the aperture means of the camera lens, and the aperture of the opening means is opened. The degree of control may be controlled to match the level.

In FIG. 2, the filter medium mounter has been described as an example in a cylindrical shape, but according to another embodiment of the present invention, the filter medium mounter may be implemented in a rectangular parallelepiped shape. In this case, the filter medium mounter is provided with a cuboid-shaped housing having a space formed therein, six sliding means installed on each of the six surfaces of the housing, and a control unit for water purification controllers installed for each sliding means and connected by wire communication. Accordingly, it can be implemented to include a configuration of six motors for controlling the sliding operation of each sliding means. Accordingly, the water purification controller 140 can achieve an efficient water purification operation by controlling the opening degree of each sliding means and how many sliding means are opened.

Referring back to FIG. 1, the first water quality measurer 113, the second water quality measurer 123, and the third water quality measurer 133 measure water quality data of respective regions inside the tank. To this end, the first water quality measuring unit 113, the second water quality measuring unit 123, and the third water quality measuring unit 133 may each include at least one of a temperature sensor, a PH sensor, a turbidity sensor, and a dissolved oxygen sensor. The first water quality measuring unit 113, the second water quality measuring unit 123, and the third water quality measuring unit 133 generate water quality data by summing temperature data, PH data, turbidity data, and dissolved oxygen data measured by the respective sensors. And transmit the generated water quality data to the water purification controller connected by wire communication. The water quality data may be implemented as a sum of data measured through each sensor, or may be implemented in a form including all of them without performing an operation on each data, or may be implemented in various forms according to the judgment of those skilled in the art. .

The water purification controller 140 uses the first water quality measuring instrument 113, the second water quality measuring instrument 123, and the third water quality measuring instrument 133 to receive the first water quality data, the second water quality data, and the third water quality data. The opening and the degree of opening of the first filter medium mounter 112, the second filter medium mounter 122, and the third filter medium mounter 132 may be determined. For example, when only the second water quality data among the first water quality data to the third water quality data is greater than or equal to a predetermined threshold value and a difference from the threshold value is read below a predetermined threshold range, the second filter medium attacher 122 may be used. The internal space of the can be controlled to open to the outside. That is, it is determined that the water pollution is severe only in the region in which the second filter medium mounter 122 is installed, and the water purification operation may be concentrated in the corresponding region. The water purification controller 140 may control whether each opening and closing means of the second filter medium mounting unit 122 and the degree of opening of the diaphragm form are proportional to the value of the second water quality data.

In addition, the water purification controller 140, if only the second water quality data among the first water quality data to the third water quality is greater than the predetermined threshold value and the difference with the threshold value is read out over the predetermined threshold range, all the filter medium mounting device The internal space of the can be controlled to open to the outside. The threshold value may be set to a value of a level that requires water purification, and the threshold range may be set to a range of level values that require urgent water purification since the degree of pollution is very serious from the threshold value. It may be set to various values according to the determination. In this case, although only the second water quality data has been measured to the extent that water purification is required, the degree of contamination is considered to be a very serious level, so that all the filter media mounts can be opened so that all polymer fiber filter media can cause water purification.

In addition, if the water purification controller 140 reads two or more water quality data from the first water quality data to the third water quality data more than a predetermined threshold value, it is determined that the water inside the water tank 100 is generally contaminated. And control the inner space of all filter media mounts to open outward to activate all polymer fiber filter media.

The display means 150 may display the current state of the water in the tank. For example, temperature data, PH data, turbidity data, and dissolved oxygen data measured by each sensor may be displayed in real time. In addition, information on the open or closed state of the first filter media mount 112 to the third filter media mount 132 may be displayed to provide information on which polymer fiber filter media are currently performing water purification.

In addition to the above-described configuration, the number of installations or the installation area of the polymer fiber filter medium, the filter mounting device, and the water quality measuring instrument can be implemented in various forms according to the administrator's judgment. Obviously, it can be implemented in various forms.

As described above, although the present invention has been described by way of limited embodiments and drawings, the present invention is not limited to the above embodiments, and those skilled in the art to which the present invention pertains various modifications and variations from such descriptions. This is possible.

Therefore, the scope of the present invention should not be limited to the described embodiments, but should be determined not only by the claims below but also by the equivalents of the claims.

100: countertop
111 to 131: polymer fiber filter medium
112 to 132: filter medium mounter
113 to 133: water quality measuring instrument
140: water purification controller
150: display means

Claims (5)

One or more polymer fiber filter media;
At least one filter medium mounter having an inner space for accommodating the polymer fiber filter medium, the inner space being open or closed to the outside, and installed in each area of the water tank;
At least one water quality meter installed at each position within the water tank in proximity to each filter medium mounting device; And
Water purification controller that controls the internal space of each filter medium mounting device to be opened or closed through the water quality data received from each water quality meter.
Including,
A first filter medium mounter and a first water quality meter are installed in a first region inside the tank, a second filter medium mount and a second water quality meter are installed in a second region, and a third filter medium mount and a third water quality are installed in a third region. If the meter is installed,
The water purification controller is a first water quality data from the first to third water quality meter, the third water quality data received from each of the first through the third water quality, only the second water quality is more than a predetermined threshold value and the difference with the threshold value is selected; When reading below the threshold range, the internal space of the second filter medium mount is controlled to open to the outside,
The water purification controller is a first water quality data from the first to third water quality meter, the third water quality data received from each of the first through the third water quality, only the second water quality is more than a predetermined threshold value and the difference with the threshold value is selected; When reading beyond the critical range, the internal space of all the filter media mounts is controlled to open to the outside,
When the water purification controller reads two or more water quality data from among the first water quality data and the third water quality data respectively received from the first water quality meter to the third water quality meter above a predetermined threshold value, all of the filter medium mounting apparatuses A water tank purifier using polymer fiber filter media, characterized in that the space is controlled to open to the outside. The method of claim 1,
The filter medium mounting device,
A cylindrical housing having a space formed therein;
Opening and closing means respectively provided on both bottom surfaces of the housing cylinder; And
The motor is provided for each opening and closing means, respectively, and controls the opening or closing operation of each opening and closing means according to the control of the water purification controller connected by wire communication.
Tank cleaning device using a polymer fiber filter medium, characterized in that it comprises a. The method of claim 1,
The filter medium mounting device,
A rectangular parallelepiped housing having a space formed therein;
Six sliding means installed on every six sides of the housing; And
Six motors installed at each sliding means and controlling sliding operations of the sliding means according to the control of the water purification controller connected by wire communication.
Tank cleaning device using a polymer fiber filter medium, characterized in that it comprises a. delete The method of claim 1,
The water quality measuring instrument includes any one or more of a temperature sensor, a PH sensor, a turbidity sensor, and a dissolved oxygen sensor, and adds water quality data by summing temperature data, PH data, turbidity data, and dissolved oxygen data measured through each sensor. Generating and transmitting the generated water quality data to the water purification controller connected by wire communication.

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