KR20100003058U - Silicate Quantitative Mixing Dissolver - Google Patents

Abstract

The water supply pipe 6 and the discharge pipe 7 are formed in the center of the main body, and the storage chambers 15 and 15 'are formed therein, and the lower control pipes through the drain holes 11 and 11', respectively, at the bottom of the storage chamber ( 5 ') is provided with a control shaft 10' with a handle 8 'attached thereto, and a stopper 12' and a drain hole stopper 13 'and 14' are formed at both ends of the control shaft. The water supply port (3) and the pressure regulator (4) and the control tube (5) and the supply port (9) (9 ') to open and close the upper body (2), the control tube has a stop plug (12) and supply plug ( 13) 14 and 14 and the control shaft 10 attached to the handle 8, and the storage chamber 15, 15 'of the main body inclined inlet 17, 17' (up and down respectively) 17a) and 17b in a cascade configuration, and the filtration vessels 18 and 18 'are fitted in the center of the discharge vessel to match the drainage holes 11 and 11'. ') By attaching and detaching the water, and when not using silicate water, supply water (9) (9') Silicate quantitatively mixed dissolver, characterized in that the supply of water keeps the supply of the silicate raw material (19) (19 ') in the drying container at all times, so that the water supply rubs only on the surface of the raw material and keeps it at a constant concentration. .

Control pipe, water supply pipe, discharge pipe, supply port, control shaft, drain hole, supply and drain plug, storage room, raw material container, inclined inlet port, filtration pipe.

Description

Silicate Quantitative Mixed Dissolver

1 is an exemplary cross-sectional view of the present invention

Figure 2 is an illustration of the supply, drain control device of the present invention

3 is a cross-sectional view of the supply, drain control device of the present invention

Figure 4 is an illustration of a conventional commercialized water container

<< Explanation of Signs of Major Parts of Drawings >>

DESCRIPTION OF SYMBOLS 1 Main body (tank) 2 Upper body 3 Water supply port 4 Constant pressure transformer

5. 5 ': control pipe (control room) 6: water supply pipe 7: discharge pipe

8. 8 ': Handle 9. 9': Supply port 10. 10 ': Adjustment shaft

11.11 ': Drain hole 12. 12': Spigot

13. 13 '. 14. 14 ': Supply and drain plug 15. 15': Cabinet

16. 16 ': Raw material box 17. 17': Inclined inlet

17a. 17b: Upper inclined inlet 18. 18 ': Filtration tube

19. 19 ': Raw material (silicate) A: Body tank B: Upper body

C: see-through port (clear glass) D: water supply port E: drainage port

F: raw material (silicate)

The present invention solves the problem of dissolving silicate (silicon) in a certain amount to suit the purpose of use, and it was not possible for non-experts to measure the water to determine the amount of silicate suitable for the purpose of use as needed. Dissolving, discharging and discharging silicate

Conventionally, Nos. 20-344148, a quantitative mixer for silicon solution, and No. 20-332733, a silicon water purifier, a No. 20-330119 silicon water irrigation machine, and the like are shown in FIG. ,

First: The siphony solution metering mixer connects the tap water supply pipe and the discharge hose between the inlet pipe and the outlet port, and intersects a piston with a plurality of support protrusions therein between the supply pipe and the discharge hose. Is configured to connect and constitute a discharge hose for discharging and supplying the mixed solution of each of the formed silicon solution in order to discharge the solution of the solution of the solution,

Second: The water purifier is connected to the water purifier by supplying the water supply pipe to the water inlet diverter, and then connects the silicon dissolver to the pneumatic tank and discharges it to the activated carbon water purifier and drains it with a discharge valve. Connect the discharge tank to the activated carbon water purifier from the pressurized tank, and the silicon dissolution vessel consists of an inlet and a lower cap. By the provision of an adjusting cap,

Third: The silicone water irrigation system arranges the water supply port, the drainage port and the cleaning drainage port in the fuselage with the opening and closing cock. It is characterized by dissolving the dissolved water in the water supplied by supporting the net board with a support to separate the dissolved water into the upper part of the reservoir,

Fourth: Silicate raw material as the contents in the tank (main body) (A) which constituted the see-through port (C) with transparent glass and formed the water supply port (D) and the drain port (E) so as to see the interior in the city of FIG. (F) is stored and the lid (B) is closed and used. The water supplied to the water supply port (D) is discharged together with the silicate dissolved while being directly deposited on the raw material (F), so that the silicate is continuously deposited in the water for a long time. In case of a long period of immersion or submersion in water, there is a drawback that the concentration of silicate is so high that it is not possible to maintain a proper amount of dissolution according to the needs of the water to be drained. Only the dry state can adjust the next raw material dissolution concentration, which was not expected in the first to fourth conventional things

That is, the silicate raw material should always be kept dry by using air pressure. When water is injected, water is rubbed on the surface of the raw material, so that a constant concentration is maintained slightly, and the concentration of the melt is increased according to the water pressure and the deposition level. It is proportional.

The present invention has not been able to achieve the intended purpose due to the difficulty of the technology that the silicate raw material, which is such a conventional problem, always keeps the dry state so as to rub the outer peripheral surface of the raw material when dissolved in water.

Therefore, the silicate is widely used and varied in its taste, fragrance, and quality in all product processes in contact with water, and it is included in the water after a period of time according to its lifespan, and it is changed by the oxidation of metal ions. In order to prevent oxidation and deterioration and maintain the original quality, the amount of silicate added to the water becomes very important, so that non-experts can produce silicate water suitable for the purpose of use with easy, simple and efficient performance. When it is described in detail by the accompanying drawings as being able to apply for a silicate quantitative mixing container can be as follows.

First, the application of silicates varies as mentioned above. It is used as a product that comes in contact with water and is known as a material having a great effect on water quality improvement. Especially, it is a colorless, odorless, non-toxic crystal, and it is an excellent raw material for reforming beverages by improving the hydrogen ion concentration (PH) in water by alkalizing. It is very difficult to obtain a suitable amount of dissolved water according to the purpose of use, and the amount of added dissolution depends on industrial water, heating and cooling water, consumable water, beverages, and the like, and the water group of the present invention has been developed for the purpose of solving this problem. ,

The water supply pipe 6 and the discharge pipe 7 are formed in the center of the main body 1, and the storage chambers 15 and 15 'are formed inside the drainage chambers 11 and 11', respectively. The control shaft 5 'is provided with a control shaft 10' with a handle 8 'attached thereto, and a stopper 12' on both ends of the control shaft and a stopper on both sides with a stopper plug 13 'and 14'. ') Is configured, the upper part of the main body to open and close the upper body (2) consisting of the water supply port (3) and the pressure regulator (4) and the control pipe (5) and the supply port (9) (9'), In (5), a stopper 12 and a control shaft 10 attached with supply stoppers 13 and 14 and handles 8 on both sides are arranged, the storage chambers 15 and 15 'of the main body. In the upper and lower portions, the inclined inlets 17, 17 ', 17a and 17b are respectively formed in a stepwise manner, and in the center, the filtration pipes 18 and 18' are installed at the outlet of the raw material container, and the drain holes 11 and 11 are respectively provided. ') Is characterized in that it is made by mounting the raw material container (16) ,

When explaining the operation of the present invention made as follows:

First, when the upper body 2 is opened and the raw material containers 16 and 16 'filled with the silicate raw materials 19 and 19' are seated in the storage chambers 15 and 15 ', the filtration tube at the center of the raw material container ( 18) and 18 'are mounted in accordance with the drain holes 11 and 11', and when water is supplied to the water supply port 3, the water is supplied to both supply ports 9 and 9 'via the control pipe 5. While supplied, water flows along the outer circumferential surface and surface wall of the raw material containers 16 and 16 'at the top of each raw material container 16 and 16', so that water rises from the bottom part and the lowest slope inlet 17 and 17 '. As the water rises from the top, it is deposited on the internal raw material 19, and the water level is generated in proportion to the amount of water injected, and the cause of the water level is the size of the inlet 17, 17 '. 9 ') is the size of 1/10 and the inclined inlet 17, 17' is composed of a step,

As the amount of water increases, it is gradually injected into the upper inclined inlets 17 and 17 '. When supplying a large amount of water, the water is injected into the raw material by rising to the upper inclined inlets 17 and 17'. If the supply amount of water is not to be supplied to the raw material containers 16 and 16 ', the supply stoppers 13 and 14 block the supply ports 9 and 9' by turning the knob 8 to supply the water. To stop the inflow into the storage room and at the same time the stopper 12 is discharged to the outlet 7 immediately by opening the water inlet (6) inlet,

In addition, when the water soaked in the silicate raw materials 19 and 19 'is not discharged, the drain plug 13' and 14 'shown in the lower part of FIG. '(8') to rotate the control shaft (10 ') to prevent the control, to rotate the control shaft (10') to discharge the water in the raw material container (16, 16 '). When drain plugs 13 'and 14' are opened in drain holes 11 and 11 ', the water is drained to the drain holes through the filtration pipes 18 and 18' and the general water supplied from the water supply pipe 6 It is mixed and discharged to the discharge pipe (7).

That is, by turning the knobs 8 and 8 'and decreasing the quantity of the water supply pipe 6 as the adjusting shafts 10 and 10' are adjusted, the quantity of the supply ports 9 and 9 'increases and is supplied. Quantity is discharged to the discharge pipe (7) via the raw material container (16) (16 ') and the control pipe (5). Since the immersion amount of the raw material increases in proportion to the water level, the concentration of the silicate water (PPm) is suitable for the purpose of use (-. + 5% or less).

In particular, after the silicate raw material (19) (19 ') of the raw material containers (16) and (16') is used up, it is possible to replace the raw material container filled with new raw materials by simply replacing the raw material containers. It may be important to ensure that the silicate feedstock is always kept dry so that no water is supplied to (9) (9 ').

)를 사용목적에 적합 하도록 첨가 용해하기가 어려운 문제점을 근본적으로 해결하고 누구나 조작이 용이하고 간편하며, 저렴하고 효율적인 성능으로 사용목적에 맞도록 하는 효과적인 것이다.In this way, the general public dissolves silicate.

) Is to effectively solve the problem of difficult to dissolve and to make it suitable for the purpose of use, and it is effective to make it suitable for the purpose of use with easy, simple, inexpensive and efficient performance for everyone.

Claims (2)

The water supply pipe 6 and the discharge pipe 7 are formed in the center of the main body, and the storage chambers 15 and 15 'are formed therein, and the lower control pipes through the drain holes 11 and 11', respectively, at the bottom of the storage chamber ( 5 ') is provided with a control shaft 10' with a handle 8 'attached thereto, and a stopper 12' and a drain hole stopper 13 'and 14' are formed at both ends of the control shaft. Water supply port (3) in the upper portion to open and close the upper body (2) consisting of the pressure regulator (4) and the control pipe (5) and the supply port (9) (9 '), the stopper plug 12 in the control pipe (5) And the control shaft 10 attached to the supply plugs 13 and 14 and the handle 8, and inclined injections 17 and 15 respectively in the upper and lower chambers 15 and 15 'of the main body. 17 ') (17a) and 17b are formed in a cascading manner, and a filtration tube (18) (18') is attached to the outlet of the raw material container at the center to match the drain holes (11) (11 '). 16) Silicate quantitatively mixed dissolver, characterized in that the (16 ') is detached. The method according to claim 1, When not using silicate water, the supply of water to the supply port (9) (9 ') is cut off so that the silicate raw material (19) (19') in the raw material container is always kept dry. Silicate quantitative mixed dissolver, characterized by rubbing only to maintain a constant concentration.

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