KR20040046291A - A stir device of water - Google Patents

Abstract

PURPOSE: Provided is a water stirring device which is able to provide non-contaminated clean water for house use, agricultural and marine use, and industrial use by converting flown in water into raw water through several steps. CONSTITUTION: The device comprises a first and second water activating part(10,20) consisting of a water inlet(1), a chlorine eliminating part to eliminate chlorine contained in the inlet water, a perforated plate having a plurality of holes to pass the chlorine eliminated water therethrough, an overflow(17) to discharge the activated water, an activating ceramic part having a plurality of rotating generator to generate water by rotation and ceramics and a ceramic injecting port(42); a pressure gauge installed on the water inlet, and a pressure gauge and pressure switch(H2,PS1) installed on the ceramic injecting hole; a circular stainless net(30) installed on the center part of the first and second water activating part to filter foreign matters from water discharged from the overflow of the second water activating part and decompose the water and a nozzle(33) installed on the side of the first water activating part to spray water to remove the foreign matters precipitated on the stainless net when the pressure switch is on; an ejecting port(18) installed under the nozzle to eject the activated water, a sight window to identify the precipitation state of the foreign matters and a plurality of ball valves(S1,S2,S3,S4) and overflows operating to discharge the foreign matters; and a lid(40) engaged to the center part of the second water activating part.

Description

A stir device of water

The present invention relates to an agitator for water, and in particular, the water can be activated through the chlorine removal unit and the active ceramic unit while rotating and revolving the water, and when the pressure is generated during discharge, the water is automatically generated by the operation of the ball valve. It is sprayed toward the stainless steel net through the nozzle to remove foreign substances and discharge them to the outside.

In general, water used by humans as drinking water or for other purposes includes organic matters and thus does not supply clean water as it is.

The present invention is to solve the conventional problems as described above, the object of the present invention is to change the raw water to a raw water through a number of processes to provide clean, uncontaminated clean water for home, agriculture and industry, industrial use It is to provide a stirring device of water to enable.

1 to 4 show a first embodiment of the present invention,

1 is a schematic perspective view of the stirring device of the present invention water

2 is a configuration diagram of the first water repellent unit of the water stirring apparatus of the present invention

3 is a configuration diagram of the second water repellent unit of the stirring device of the present invention

4 is a cross-sectional view showing the overall configuration

5 is a view showing a second embodiment of the present invention.

<Explanation of symbols for main parts of drawing>

1,11: Inlet 2,12: Chlorine removal unit

3,13: Punching plate 4A-4E, 14A-14E: Rotary generator

5: Drain 6A-6E, 16A-16E: Active ceramic part

7, 17: drain 10: the first water repellent

15: train 20: second bow

30, 19, 72: stainless steel 33: nozzle

40: cover H1, H2: pressure gauge

PS1: Pressure switch S1-S4: Ball valve

In order to achieve the above object, the present invention provides an inlet through which water is obtained, a chlorine removal unit for removing chlorine contained in the water obtained through the inlet, and allowing the chlorine removed water to pass through the chlorine removal unit. Perforated plate having a plurality of holes for, drainage for discharging the activated water, installed between the perforated plate and the drain, and divided into a plurality of partitions and a plurality of rotary generators and ceramics for rotating and generating water in each partition to rotate each An active ceramic part having a first and second water repellent parts formed of a ceramic injection hole for injecting ceramic; A pressure gauge and a pressure switch installed at the pressure gauge and the ceramic injection hole installed at the inlet side; A circular stainless steel is installed in the center of the first and second water slides to filter foreign matters from the water flowing through the drain hole of the second water repellent and the foreign water deposited on the stainless steel when the pressure switch is on. A nozzle for spraying water to make; A discharge port installed under the nozzle for discharging the water and a viewing window for checking the precipitation state of the foreign matter, and a plurality of ball valves and drains for discharging the foreign matter; It characterized in that it comprises a lid detachably coupled to the center of the second water repellent.

The present invention provides an inlet installed in the center, a chlorine removal unit for removing chlorine contained in the water obtained through the inlet, a perforated plate having a plurality of holes for passing water from which chlorine is removed through the chlorine removal unit, A drain hole for discharging activated water and a drain hole for discharging foreign matter, and installed between the perforated plate and the drain hole, are divided into a plurality of partitions, and a plurality of rotation generators and ceramics are formed to rotate and generate water in each partition. A branch having an active ceramic part and a first and second water-sliding part made of a ceramic injection hole for injecting ceramic; A pressure switch installed at the inlet; A water hammer prevention film provided inside the water inlet; A circular stainless steel net for removing foreign substances in the inflow water through the water hammer and a nozzle installed on the opposite side of the water inlet to spray water to remove foreign substances deposited on the stainless steel net when the pressure switch is on; A viewing window for checking the precipitation state of the foreign matter and a plurality of ball valves and drains for discharging the foreign matter; It includes the water inlet and the ball valve and the pressure switch, characterized in that it comprises a circular lid detachably coupled to the center of the second water repellent.

Hereinafter, the first embodiment of the present invention will be described in detail with reference to FIGS. 1 to 4.

1 is a view showing the overall configuration of the stirring device of the present invention, Figure 2 is a schematic configuration diagram of the first water repellent unit 10, Figure 3 is a schematic configuration diagram of the second water repellent unit 20.

First, referring to the configuration of the first water repellent part 10 of FIG. 2, the water inlet 1 for receiving water and the chlorine removal unit for removing chlorine contained in the water obtained through the water inlet 1 ( 2) and a perforated plate 3 having a plurality of holes for passing chlorine removed water through the chlorine removal unit 2, a drain hole 7 for discharging activated water, and the perforated plate 3 ) And an active ceramic part (6) having a rotary generator (4A-4E) and a ceramic (6A-6E) for rotating and generating water by rotating the water in each partition, respectively, divided into a plurality of partitions. ).

3 illustrates a configuration of the second water repellent part 20 of the present invention, wherein an inlet 11 through which water discharged from the drain port 7 of the first water repellent part 10 is received and the inlet 11 are provided. A chlorine removal unit 12 for removing chlorine contained in the water obtained through the through hole, and a perforated plate 13 having a plurality of holes through which the chlorine is removed through the chlorine removal unit 12; It is installed between the drain hole 17 for discharging the activated water while passing through the active ceramic part 16, and the perforated plate 13 and the drain hole 17, and divided into a plurality of partitions to separate the water into each partition. It consists of an active ceramic part 16 having a rotation generator 14A-14E and a ceramic 16A-16E for rotating and generating rotation.

2 and 3 illustrate the case in which the active ceramic parts 6 and 16 are divided into five parts, but may be changed to multiple divisions as necessary.

Figure 4 shows the overall view of the first embodiment of the present invention, the pressure gauge (H1) and the ball valve (S1) is installed on the inlet (1) side of the first water repellent part 10 and the nozzle 33 and the center A ball valve (S2) to be connected and a ball valve (S4) to be connected to the drain port 44 are respectively installed, and a discharge port 18 having a stainless steel mesh 19 is installed between the nozzle 33 and the drain port 44. do.

In addition, the pressure gauge (H2) and the pressure switch (S1) is also installed on the second water receptacle (20) side, and the lid (40) is detachably installed on the central side by screwing the ball valve (S3) on the lower drain (43). ) Is installed.

In addition, a circular stainless steel net 30 is installed at the center portion between the first water repelling unit 10 and the second water repelling unit 20, and the packing 31 is provided to prevent leakage of water to the stainless steel net 30. Is fixed.

In addition, one nozzle 33 is installed at the circular center of the first water receptacle 10 to remove foreign matter accumulated in the stainless steel net 30 by spraying water when the ball valve S2 is turned on.

However, reference numeral 32 in the drawing, a viewing window for checking foreign matter, 41 is fixed to the lid 40 to prevent the leakage of water (0-Ring), 42 is a ceramic inlet.

However, the ball valve can be used automatically or manually.

Referring to the operation of the first embodiment (tap water) of the present invention configured as described above is as follows.

First, in the present invention, when water is obtained through the inlet 1, the chlorine component contained in the water is removed while passing through the chlorine removing unit 2, where the pressure degree of the water obtained by the pressure gauge H1 is displayed. do.

In addition, the water from which chlorine is removed through the chlorine removal unit 2 is collected and passed through the perforated plate 3. At this time, water passes through the hole formed in the perforated plate 3, but foreign matter does not pass through the perforated plate 3. It is piled up inside).

Water passing through the perforated plate 3 passes through the active ceramic part 6. The active ceramic part 6 consists of a plurality of partitions, and each of the partitions includes a rotary generator 4A-4E and a ceramic 6A. -6E) is installed so that when the water passes through it rotates and friction with a large number of ceramics, it becomes active water.

At this time, the water in the first water receptacle 10 is revolved in the counterclockwise direction as in the direction of the arrow, thereby pulsating the water.

On the other hand, the water activated through the first water portion 10 is subjected to the activation step once again through the second water portion 20.

That is, the chlorine component remaining in the water obtained through the water inlet 11 of the second water repelling unit 20 is removed once again while passing through the chlorine removing unit 12.

In addition, water through which the chlorine is completely removed through the chlorine removal unit 12 passes through the perforated plate 13, but foreign matters do not pass through the perforated plate 13, and the water passing through the perforated plate 13 is activated ceramic part. The active ceramic part 16 also consists of a plurality of partitions, and each partition is provided with a rotary generator 14A-14E and a ceramic 16A-16E to rotate water when passing through them. After being rotated to generate friction with many ceramics, it becomes active water.

On the other hand, the water is drained through the drain port 17 is decomposed through the circular stainless steel mesh 30 as shown in Figure 4 and at the same time the foreign matter is filtered through the discharge port 18 is discharged through the discharge port 18 also Stainless steel mesh 19 is installed to finally filter the foreign matter.

Here, the pressure of the present invention should not be discharged when water is discharged through the water repellent device, the pressure switch (PS1) is automatically activated when the foreign matter accumulates in the stainless steel net (30).

That is, when the pressure switch PS1 is operated, the ball valve S1 is turned off, and after a few seconds, the ball valve S2 for controlling the opening and closing of the nozzle 23 is turned on and the ball valve S3 is turned on.

Therefore, when the ball valve (S2) is turned on, the water is injected into the stainless steel mesh 30 through the nozzle 33 to remove the foreign matter adhering to the stainless steel mesh 30, the drain port 43 toward the ball valve (S3) side Or it is discharged to the outside through the drain port 44 of the ball valve (S4).

In addition, when the foreign matter adhering to the stainless steel mesh 30 is removed and discharged to the outside, the ball valve S2 is turned off at the same time after several seconds and the ball valve S3 is turned off, and after a few seconds, the ball valve S1 is turned on again. The water comes back into the first water repellent unit 10 through the inlet (1).

Meanwhile, the lid 40 is detachably coupled to the second water repellent part 20 of the present invention by screwing, so that the stainless steel 30 may be cleaned after disassembling the screw 40 if necessary. And, after tightening the screw again can be coupled to the lid 40, the inside of the lid 40 is fixed O-ring 41 is made to prevent water leakage when combined.

In addition, the sight glass 32 is provided at the lower end of the discharge port 18, so that the precipitation state of the foreign matter can be visually confirmed.

5 shows a second embodiment of the present invention.

That is, the second embodiment is preferably applied to seawater or groundwater containing a large amount of foreign matter.

In the case of the second embodiment, the configuration is similar to that of the first embodiment, but the water inlets 1A and the outlets are different in direction, and the positions of the nozzles 33 are different. use.

In the case of the second embodiment, since a large amount of foreign matters such as seawater or groundwater is included, first, when the inflow water flows in, the foreign matter is filtered through the stainless steel mesh 30 in the center to undergo the same process as in the first embodiment. Has configured features.

In addition, in the second embodiment, the water hammer barrier 50 is installed at the inlet 1A of the front of the stainless steel mesh 30, so that the inflow water does not flow directly into the front by the water hammer barrier 50, but flows laterally. By being configured so that the stainless steel mesh 30 is not damaged by too strong influent.

A nozzle 33 is provided on the opposite side of the water hammering film 50, and a pressure gauge and a pressure switch PS1 are provided at the water inlet 1A.

In the second embodiment configured as described above, when the ball valve (S1) is turned on, the water introduced through the water inlet (1A) is introduced into the side by the water hammer prevention network (50) and water is passed through the stainless steel mesh (30). At the same time, the foreign matter contained in the water is caught in the stainless steel mesh 30, and the precipitated water passes through the first water repelling unit 60 and the second water repelling unit 70, and then is purified water through the discharge unit 71. Discharged.

Here, the configuration of the first water repelling unit 60 and the second water repelling unit 70 is the same structure as in Figs. 2 and 3, the stainless steel mesh 72 is also mounted to the discharge port 71, the final The foreign material will be filtered out once more.

On the other hand, even in this embodiment, there should be no pressure at the time of discharge of water, but when the foreign matter accumulates in the stainless steel mesh 30, the pressure switch PS1 is activated to turn off the ball valve (S1), after a few seconds Since the ball valve (S2) is turned on and the ball valves (S3) and (S4) are turned on at the same time, water is sprayed toward the stainless steel mesh 30 through the nozzle 33 to remove foreign substances attached to the stainless steel mesh 30. If the ball valve (S2) is turned off after a few seconds and the ball valve (S3) (S4) is also turned off after a few seconds, the ball valve (S1) is turned on again after a few seconds. Water is introduced again through the inlet 1A.

In this embodiment, the band heaters 80 and 81 are attached to the drain holes 43 and 83 so that the water is automatically heated to prevent freezing when the water is cold below a predetermined temperature.

In addition, a sight glass 32 is installed at the upper portion of the drain hole 81 so that the sedimentation state of the foreign matter can be visually checked. The foreign matter generated in the first water repelling part 60 and the second water repelling part 70 is a drain. It is made to be discharged to the outside through the (61) (73).

The present invention as described in detail above is to change the obtained water to primitive water by the decomposition of the water, the revolution and rotation of the water, the circulation of water, etc. There is an effect that can be usefully provided for agriculture and fisheries.

In addition, the present invention is automatically detected by the pressure switch when the foreign matter precipitated in the stainless steel to spray the water through the nozzle to discharge the foreign matter to the outside, there is an effect that can always provide only clean water as the discharge port.

Claims (2)

Inlet through which water is obtained, a chlorine removal unit for removing chlorine contained in the water obtained through the inlet, a perforated plate having a plurality of holes for passing water from which chlorine is removed through the chlorine removal unit, and activated water Drainage for discharging the water, is installed between the perforated plate and the drainage, and divided into a plurality of partitions active ceramic portion having a plurality of rotation generators and ceramics for rotating and generating water by rotating each of the partitions, for injecting ceramic First and second water repellent parts formed of ceramic injection holes; A pressure gauge installed at the inlet side, a pressure gauge installed at the ceramic inlet, and a pressure switch; A circular stainless steel which is installed at the center of the first and second water slides to filter foreign substances of water coming out through the drain hole of the second water repellents and decomposes water, and is installed on the first water repellent and settled on the stainless steel network when the pressure switch is turned on. A nozzle for spraying water to remove foreign substances; A plurality of ball valves and drains which are installed under the nozzle and operate to discharge foreign matters, a viewing window for visually confirming the settling state of foreign matters, and a discharge window for discharging foreign matters; A lid detachably coupled to a central portion of the second water repellent unit; Stirring device for water, characterized in that configured to include. Inlet installed in the center, a chlorine removal unit for removing chlorine contained in the water received through the inlet, the perforated plate having a plurality of holes for passing through the chlorine removed water through the chlorine removal unit, activated water Drainage for drainage and drainage for draining foreign matter, installed between the perforated plate and the drainage, and is divided into a plurality of partitions active ceramic unit having a plurality of rotation generators and ceramics for rotating and generating water rotated in each partition respectively First and second water bows formed of ceramic inlets for injecting ceramics; A pressure gauge and a pressure switch installed at the inlet; A water hammer prevention film provided inside the water inlet; A nozzle for injecting water to remove foreign substances of the inflow water through the water hammer, and installed on the opposite side of the inlet and the inlet to remove foreign substances deposited on the stainless steel mesh when the pressure switch is on; Installed under the water inlet and a plurality of ball valves and drains for discharging foreign substances and a sight glass for checking the sedimentation state of foreign substances, A circular lid including the water inlet, a ball valve, and a pressure switch, the circular lid detachably coupled to a central side of the second water repelling unit; Stirring device for water, characterized in that configured to include.