KR100332308B1 - A device for automatically inputting disinfectant making use of buoyancy - Google Patents

Abstract

The present invention relates to an automatic disinfectant dispensing device using buoyancy, the main tank, the auxiliary tank is installed on the upper surface of the main tank and formed on the bottom side to the main tank, and one side is supported by a hinge to open and close the drain port. A stopper, a crosspiece installed across the upper one side of the auxiliary tank, fixed to a portion of the crosspiece and formed vertically, forming a hole in a predetermined portion of the upper and lower portions, and guides at a predetermined portion between the upper and lower holes. A vertical pipe 1 formed with a groove, a vertical stand 1 inserted into the vertical pipe 1 and installed to move up and down, and having a key groove formed at a predetermined portion of the upper and lower parts, and a key button installed in the hole of the vertical pipe 1; A member 1, a member 2 having a button press portion 1 and a button press portion 2, which are hinged around the upper and lower holes of the vertical pipe 1 and formed to press the key button. And a knitting 1 and a knitting 2 installed at the end of the member 1 and a member 2, a member 3 hinged to one side of the inside of the auxiliary tank and penetrating the guide groove, and a knitting 3 installed at the other end of the member 3; A string connecting the predetermined portion of the member 3 with the other side of the stopper, a vertical pipe 2 fixed vertically to one side of the crossbar, a vertical stand 2 inserted into the vertical pipe 2, and the vertical line Knit 4 formed at the lower end of the counter 2, a piston fixed to the upper end of the vertical stand 2, the injection guides the piston and the drug injection hole formed on the upper surface and the chemical injection hole on the side, and the upper surface of the cross An injection is installed inside the tank and the end of the chemical outlet is exposed to the outside to face the inside of the main tank. To make and can automatically put into.

Description

A device for automatically inputting disinfectant making use of buoyancy}

The present invention relates to an automatic disinfectant injection device using buoyancy, and in particular, automatic disinfectant using buoyancy that can accurately and automatically inject the liquid disinfectant in a water tank (hereinafter referred to as the main tank) such as a simple tap water according to the flow rate, weather It relates to an input device.

Since the conventional automatic drug injection device automatically inputs the medicine every predetermined time, even if the water in the water tank is not consumed, disinfecting chemicals have been added and the concentration of the disinfecting chemicals has been very high.

On the contrary, even if the water in the water tank was consumed at once, even if water in the water tank flowed in and out several times, the disinfectant was added only for a certain time, so the concentration of the disinfectant was very low.

In addition, the conventional automatic drug injection device was not able to secure the reliability of disinfection because the disinfecting chemicals are introduced in time even when the motor failure or exhaustion of groundwater.

In addition, the conventional automatic drug injection device causes a power consumption because the timer is operated by the power supplied from the power supply device and the drug injection device is driven, and economically unnecessary loss is caused.

In order to solve the above problems, a buoyancy drug automatic injection device as in FIG. 1 has been developed.

The buoyancy drug automatic injection device shown in Figure 1 is a storage passage (2) for storing the drug (1) to form a chemical passage drilled up and down, and hinged to the lower end of the storage cylinder (2) and the upper one side A right angled portion is formed to mount the medicine 1 away from the reservoir 2, and an input stand 4 having a rod support 3 provided with a slide groove on the opposite side of the right angled portion, According to the float 5 floating on the water surface, one end is formed thinner and loosely fitted to the rod support (3) so that the end of the rod support (3) is self-locked with each other with two nuts and the other side The end consists of a knitting rod 6 connected with the knitting 5.

It is true that the conventional buoyancy drug automatic injection device configured as described above substantially solves the disadvantages of the automatic drug injection device in which the medicine 1 is injected by the above time.

However, the conventional buoyancy drug automatic injection device is also a drug (1) is a pill is consumed a considerable amount of time to dissolve in water, when the water inside the main tank is rapidly reduced due to the discharge, the disinfection is not completely done to the outside There is a problem to be discharged. This results in a loss of confidence in the accuracy of disinfection.

In addition, the tablet (1) is discharged from the debris, such as lime.

In addition, the conventional buoyancy drug automatic injection device is installed directly in the main tank for storing the water discharged directly to the user because of the frequent and irregular discharge of the water stored in the main tank to accurately control the amount of the drug according to the flow rate It does not adequately satisfy the purpose of

Accordingly, it is an object of the present invention to provide an automatic disinfectant injection device using buoyancy which can accurately and automatically inject liquid disinfectant in a reservoir such as a simple tap water according to flow rate and weather.

It is another object of the present invention to provide an automatic disinfectant injection device using buoyancy provided with a colorizer for observing proper disinfection according to flow rate.

Figure 1 is an illustration of a disinfectant automatic injection device using a conventional buoyancy

Figure 2 is a cross-sectional view of the automatic disinfectant injection device using buoyancy according to the present invention

3 is a cross-sectional view of the automatic disinfectant drug injection device using a buoyancy buoyancy according to the present invention

Figure 4 is a cross-sectional view of the automatic control device for disinfectant injection device using buoyancy according to the present invention

5 is a cross-sectional view of the operation of the key button according to the present invention

6a to 6f is an operation step diagram of the auxiliary tank according to the present invention

[Explanation of symbols on the main parts of the drawings]

100: main tank 200: auxiliary tank

210: stopper 220: side stand

230: vertical tube 1 231: hole

233: guide groove 235: key button

240: vertical 1 241: keyway

250: member 1 260: member 2

250a: knitting 1 260a: knitting 2

251: button press 1 261: button press 2

270: member 3 270a: knitting 3

280: Line 300: Tank

310: vertical pipe 2 320: vertical 2

320a: knitting 4 330: piston

340: Injection 341: Drug exit

343: Chemical injection hole 350: Chemical storage unit

351: water level regulator 400: natural water controller

410: vertical pipe 420: natural import

430: valve 440: member 4

450: knitting 5 460: connecting rod

470: filter network 480: garbage storage unit

500: colorimeter

Automatic disinfectant injection device using buoyancy of the present invention for achieving the above object is to install a main tank and auxiliary tank, a stopper for opening and closing the drain port in the lower portion of the auxiliary tank, crossbars installed across the upper portion of the auxiliary tank And a vertical pipe 1 fixed to a predetermined portion of the crossbar, a vertical bar 1 inserted into the vertical pipe 1 to move up and down, a member 1 hinged to an upper portion and a lower portion of the vertical pipe 1, and a member 2; The knitting 1 and the knitting 2 installed at the end of the member 1 and the member 2, the member 3 hinged to one side of the inside of the auxiliary tank and penetrating the guide groove, and the knitting 3 installed at the end of the member 3; A line connecting a certain portion of the member 3 and the other side of the stopper, a vertical pipe 2 fixed to one side of the crossbar, a vertical stand 2 inserted into the vertical pipe 2, and a lower end of the vertical stand 2 A knitting formed on 4 and above The basic technical concept of a fixed piston in the upper end of the jikdae 2, this consists of a piston and the corresponding injection of invention.

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

In the embodiment of the present invention, as shown in Figure 2, the automatic disinfectant injection device using buoyancy is installed in the main tank 100, and the upper surface of the main tank 100 and the drain port toward the main tank 100 on the bottom Auxiliary tank (200) formed with a, one side is supported by a hinge stopper 210 for opening and closing the drain port, a crosspiece 220 provided across the upper one side of the auxiliary tank 200, and the crossbar ( Vertical tube 1 (230) is fixed to a predetermined portion of the vertical portion and formed vertically, forming a hole 231 in a predetermined portion of the upper and lower portions and a guide groove 233 in a predetermined portion between the upper and lower holes 231. And a vertical stand 1 240 inserted into the vertical pipe 1 230 and installed to move upward and downward, and having a key groove 241 formed at a predetermined portion of the upper and lower portions, and the vertical pipe 1 230. The key button 235 is installed in the hole, and the hinge is installed around the upper and lower holes of the vertical pipe 1 (230). And a member 1 250 having a button press part 1 251 and a button press part 261 formed to press the key button 235, a member 2 260, and an end of the member 1 member 2. Knit 1 (250a), Knit 2 (260a) installed in the hinge support on one side of the inside of the auxiliary tank 200 and the member 3 (270) penetrating the guide groove 233, and the member 3 ( 270, which is installed at the other end of the second end 270a, a line 280 that connects a predetermined portion of the member 3 270 to the other side of the stopper 210, and is fixed to one side of the crossbar and is vertical Vertical tube 2 (310), which is installed in the vertical tube 2 (320) inserted into the vertical tube 2 (310), knitting 4 (320a) formed at the lower end of the vertical plate 2 (320), and the vertical Piston 330 fixed to the upper end of the large (320), the injection 340 to guide the piston 330 and the chemical outlet 341 and the chemical injection hole (343) formed on the side, The inject from the upper surface of the crosspiece The basic technical idea of the present invention in that it has a water tank 300, which is installed inside the shaft 340 and the end of the drug outlet 341 is exposed to the outside to face the inside of the main tank. Is to implement

As shown in FIG. 2, the stopper 210 has one side hinged to the drain hole of the auxiliary tank 200 so as to be opened and closed, and the other side is connected to a predetermined portion of the member 3 270 by a string 280. It is to be opened and closed in accordance with the movement of the member 3 (270).

As shown in FIG. 2, the horizontal pipe 220 is fixed to the vertical pipe 1 230 and the vertical pipe 2 320, but is installed at a predetermined distance from each other to the vertical pipe 1 230 and the vertical pipe 2 320. The parts to be installed should be able to move independently without interfering with each other during operation. In addition, the vertical pipe 1 230 and the vertical pipe 2 320 may be connected to each other by a horizontal member so as to safely reinforce each other.

As shown in FIG. 2, the distance between the hole 231 formed in the upper portion and the lower portion of the vertical tube 1 230 is greater than the distance between the key groove 241 formed in the upper portion and the lower portion of the vertical column 1 240. short.

The key button 235 installed in the hole of the vertical pipe 1 (230) elastically supports the opposite side to press the button with an elastic material such as a spring to release the key groove 241 and return to the original position again (See Fig. 5)

The key button 235 is irrelevant in any form as long as it is formed to facilitate the fastening and releasing of the key groove 241. At this time, if one example of the embodiment of the key button 235, as shown in Figure 5 is inserted into the inside of the vertical tube 1 (230) of the key button 235 is an elliptical hole penetrating the upper and lower parts of the invisible portion And the vertical stand 1 240 passes through the elliptical ball so that the key groove 241 formed in the vertical stand 1 240 is caught by a part of the elliptical ball and is released by pressing the key button 235. Be sure to

The button press part 1 251 and the button press part 261 formed on the member 1 250 and the member 2 260 shown in FIG. 2 are installed to press the key button 235. The button press part 1 251 of 250 is formed upward, and the button press part 261 of the member 2 260 is formed downward.

This is when the water is filled in the auxiliary tank 200, the buoyancy button 1 251 formed on the raised member 1 (250) by pressing the upper key button 235 to release the engagement with the key groove 241 This is to rise the vertical stand 1 240 and to raise the member 3 (270) connected with the vertical stand 1 240 to lift the stopper 210 to drain the water to the main tank (100).

In addition, when the water is drained to the main tank 100, the button pressing portion 261 formed in the member 2 (260) by pressing the lower key button 235 to release the coupling with the key groove 241 The vertical stand 1 240 is lowered and the member 3 270 connected to the vertical stand 1 240 is lowered to close the stopper 210.

As shown in FIG. 2, the member 3 270 is hinged at one side of one side of the auxiliary tank 200, penetrates the guide groove, and installs a knitting 3 270a at the other end thereof, 280 is connected to the stopper 210, so that the guide groove 233 is rotatably supported on a portion of the vertical stand 1 240 inserted into the vertical pipe 1 (230) formed. This transfer of the buoyancy of the knitting 3 (270a) is transferred to the rotational movement of the vertical stand 3 (270) around the hinge-supported one end, thereby pulling the string 280 tightly stopper 210 It acts to open.

The vertical stand 2 320 shown in FIGS. 2 and 3 is inserted into the inside of the vertical pipe 2 310 and the piston 330 is fixed to the upper end while reciprocating by buoyancy in the injection 340. The liquid disinfectant is injected into the auxiliary tank 200 through the chemical outlet 341 and the liquid disinfectant is mounted through the chemical injection hole 343.

As shown in FIG. 3, the injection tank 330 and the piston 330 are installed in the water tank 300, and the upper portion of the vertical stand 2 320 is bent four times to be installed over the side wall of the water tank 300. It is good to fix the piston 330 to the end. At this time, the drug outlet 341 of the injection 340 is preferably formed to have a certain length to bend well to face the auxiliary tank 200 outside the tank, the tank 300 is filled with a liquid disinfectant injection It is desirable to be able to easily supply to the 340.

In addition, the chemical storage unit 350 may be placed in the water tank 300 for the smooth supply of the disinfectant in the liquid, and the water storage unit 351 is formed on the side of the chemical storage unit 350 to form the water tank 300. ) Is always filled with a certain amount of liquid disinfectant. At this time, the drug storage unit 350 is closed at the top and forms a small hole in the lower it is good to use when reloading the liquid disinfectant. In addition, the reason for closing the upper surface of the drug storage unit 350 is to store a larger amount of liquid disinfectant in the drug storage unit 350 so as not to be affected by atmospheric pressure.

In addition, the disinfection concentration should be different depending on the season bar 2 (320) or injection 340, such as changing the conditions can be changed the degree of disinfectant according to the season.

Liquid disinfectants are advantageous for precise dosing of chemicals and can increase the reliability of disinfection because they do not take long to dissolve. In addition, there is an advantage that the debris, such as lime does not occur.

The automatic disinfectant input device using buoyancy of the present invention can also be used to disinfect water flowing into a natural flow type. The natural flow type water does not have a control means such as a pump, so the addition of the controller Required.

As shown in FIG. 4, the natural water controller 400 is installed at a predetermined position on the upper surface of the auxiliary tank 200, and at one end, the auxiliary tank passage directed toward the auxiliary tank 200 is exposed to the outside at the other end. Is installed vertical pipe 410, one end is horizontally installed at a predetermined position of the vertical pipe 410, the other side is exposed to the outside of the natural inlet 420, the vertical tube 410 and the natural inlet 420 Valve (430) hinged at the point where (), the member 4 (440) installed inside the main tank 100, the knitting 5 (450) connected to the end of the member 4 (440), and the member It consists of a connecting table 460 connecting the four (440) and the valve (430).

As shown in FIG. 4, the valve 430 is connected to the member 4 440 connected to the knitting 5 450 and the connecting table 460 connected to the member 4 440 ascending and descending according to the flow rate of the main tank 100. It is controlled by the rising and falling action of.

If there is no water in the main tank 100, the knitting 5 (450) is lowered and the auxiliary tank passage is opened so that natural water flows into the auxiliary tank 200, and when the water is filled in the main tank 100, the knitting 5 (450) is filled. As it rises, the over exit is opened and natural water flows out.

By the way, since the water of the natural flow type may have foreign substances such as scum, the filter network 470 is added to a predetermined position of the natural inlet 420 of the natural water controller 400, and the water is filtered into the filter network 470. It is more preferable if the waste storage unit 480 is added to a predetermined portion of the bottom of the inflow side (see FIG. 4).

As shown in Figure 2, if the colorizer 500 is added to the outer wall of the auxiliary tank 200 may be able to accurately determine the degree of disinfection of the sterilized water.

When the test paper is taken out of the colorizer 500 and dipped in sterilized water, the degree of disinfection may be determined according to the changed color. It may be good to mark the degree of disinfection according to the color outside the colorimeter 500 so that anyone can easily distinguish.

According to the flow rate, the vertical stand 1 240 installed in the vertical pipe 1 230, the member 1 250, the member 2 260, and the member 3 270 interact with each other to open and close the stopper 210. The process is as follows. (See FIGS. 6A to 6F)

First, when water does not flow in the auxiliary tank 200, the first 1 250, the second 2 (260b), the second 3 (260b), the third 3 ( 270b) is not buoyant and drifts downward. At this time, the button pressing portion 1 251 of the member 1 250 does not press the upper key button 235, the upper key groove 241 and the key button 235 is fastened, the button of the member 2 (260) Pressing part 2 (261) is pressing the lower key button 235, the lower key groove 241 and the key button 235 is released (see Fig. 6a).

Second, when water flows into the auxiliary tank 200 little by little, the knit 2 260a rises, and the member 2 260 rotates and rises around a portion hinged to the vertical pipe 1 230. At this time, the lower button press part 2 (261) gradually releases the pressed key button 235, but the button press part 1 251 of the member 1 (250) does not press the upper key button 235, so the upper key groove Since the 241 and the key button 235 hold the fastening, there is no change in appearance except for the rise of the vertical pipe 1 230 (see Fig. 6B).

Third, when a significant amount of water flows into the auxiliary tank 200, the knitting 4 320a starts to rise, and the vertical stand 2 320 rises accordingly, and the liquid disinfectant is injected through the injection 340. At this time, the lower button press part 2 (261) completely releases the pressed key button 235, and the member 1 (250) also starts to gradually rise, but the button press part (251) of the member 1 (250) is the upper part of the upper part. Since the key groove 241 and the key button 235 of the upper part are not still held because the key button 235 is not pressed, the member 3 270 does not show any change (see FIG. 6C).

Fourth, when the auxiliary tank 200 becomes full water level, and the button press part 1 251 of the member 1 250 presses the upper key button 235, the upper key groove 241 and the key button 235 are released. At this time, the vertical stand 1 240 is raised and the member 3 270 connected to the vertical stand 1 240 is raised to lift the stopper 210 to drain the water into the main tank 100. At this moment, the button pressing part 2 261 of the member 2 260 does not press the lower key button 235 so that the lower key groove 241 and the key button 235 are fastened. In addition, the liquid disinfectant is completely injected into the auxiliary tank 200 through the injection (340). (See Figure 6d)

Fifth, when the water gradually begins to drain in the auxiliary tank 200, the member 1 (250) and the vertical stand 2 (320) is gradually lowered. At this time, the liquid disinfectant is injected into the injection 340 through the chemical inlet. In addition, the button press part 2 261 of the member 2 260 does not press the lower key button 235 so that the lower key groove 241 and the key button 235 are fastened so that the water reaches the member 2 260. If it is not discharged, the member 3 (270) is not lowered even if the water is discharged to the member 3 (270) or less. Of course, the stopper 210 also remains open (see FIG. 6E).

Sixth, after the water is discharged to the knitting 2 (260a), the member 2 (260) gradually begins to descend. However, until the member 2 260 is completely lowered and the button press 2 261 of the member 2 260 presses the lower key button 235, the member 3 270 has water less than or equal to the member 3 270. It does not fall even if it is discharged. Of course, the stopper 210 also remains open (see FIG. 6F).

Seventh, when the water is completely discharged and the button press 261 of the member 2 (260) presses the lower key button 235, the member 3 (270) is lowered to close the stopper 210 and repeat the above process do.

As described above, the automatic disinfectant injection device using buoyancy of the present invention has an effect of accurately and automatically injecting liquid disinfectant in a reservoir such as a simple tap water according to flow rate and weather.

In addition, the present invention has the effect of providing an automatic disinfectant dispensing device using a buoyancy installed a colorizer for observing whether the disinfection according to the flow rate.

Claims (7)

A main tank, an auxiliary tank installed on an upper surface of the main tank and having a drain hole formed at the bottom thereof to the main tank, a stopper having one side supported by a hinge to open and close the drain port, and an upper one side of the auxiliary tank A vertical pipe 1 and a vertical pipe 1 fixed to a predetermined part of the horizontal bar and formed vertically, forming a hole at a predetermined part of the upper and lower parts, and forming a guide groove at a predetermined part between the upper and lower holes. Is inserted into the inside and installed to move up and down and the vertical stand 1 and the key groove formed in a certain portion of the upper and lower, the key button installed in the hole of the vertical pipe 1, the hinge is installed around the upper, lower holes of the vertical pipe 1 A member 1 having a button press portion 1 and a button press portion 2 formed to press the key button, a member 2, a knitting 1 and a knitting 2 provided at the ends of the member 1 and the member 2, and the auxiliary A member 3 hinged to one side of the inside of the squeezing member and penetrating the guide groove, a knitting 3 installed at the other end of the member 3, a line connecting a predetermined portion of the member 3 to the other side of the stopper; A vertical tube 2 fixed to one side of the horizontal bar and installed vertically; a vertical bar 2 inserted into the vertical pipe 2; a knitting 4 formed at a lower end of the vertical bar 2; and an upper end of the vertical bar 2; A fixed piston, an injection that guides the piston and a chemical injection hole on the top surface and a chemical injection hole on the side surface, and the injection is installed inside the upper surface of the crossbar, and an end of the chemical exit is exposed to the outside and the main tank Buoyant drug automatic injection device characterized in that consisting of a water tank to face the inside. According to claim 1, Buoyancy drug automatic injection device, characterized in that for adding a chemical storage unit formed with a water level control hole at a predetermined position inside the water tank. According to any one of claims 1 to 2, wherein the auxiliary tank is installed at a predetermined position on the upper surface of the auxiliary tank and the auxiliary tank passage toward the auxiliary tank at one end is provided with an over-outlet exposed to the outside at the other end; One end is horizontally installed at a predetermined position of the vertical pipe, the other side is exposed to the outside natural inlet, the valve hinged at the point where the vertical pipe and the natural water inlet, and the member installed inside the casting barrel 4 And, buoyant chemical automatic injection device characterized in that it comprises a natural water control device consisting of a knitting 5 connected to the end of the member 4, and a connection connecting the member 4 and the valve. According to claim 3, The buoyancy drug automatic injection device characterized in that the filter network is added to a predetermined position of the natural water inlet, and the waste storage portion is added to a predetermined portion of the bottom side of the water flowing into the filter network. The buoyancy drug automatic injection device according to any one of claims 1 to 3, wherein a colorimeter is added to an outer wall of the auxiliary tank. The buoyancy drug automatic injection device according to claim 3, wherein a colorimeter is added to an outer wall of the auxiliary tank. The buoyancy medicine automatic injection device according to claim 4, wherein a colorimeter is added to the outer wall of the auxiliary tank.