KR200344148Y1 - Silicon solution metering mixer - Google Patents

Abstract

In the silicon mixed water pipe and the water purifier, the tap water supply pipe 2 and the discharge hose 12 are connected between the injection pipe 1 and the discharge port 11, and between the supply pipe 2 and the discharge hose 12, Pistons (7) (17) (27) protruding a plurality of support protrusions (8), (18) and (28) are interpolated, and the supply ports (4) (14) (24) and the upper grooves (6) (16) ( The silicon solution of the solution containers 3, 13 and 23 was formed by sequentially forming the silicon solution containers 3, 13 and 23, each of which formed the 26 and the discharge ports 5, 15 and 25, respectively. (9) (19) (29) A solution for quantitative mixing of silicon solution, characterized in that it is connected to the discharge hose (10) (20) (30) to supply and mix to configure.

Description

Silicon solution metering mixer

This proposal is to collect a large number of silly poly liquor solution in the container cylinder and mix it with other supplied general water such as tap water. When the addition of the solution of the secondary container, the solution of the secondary container is added to the solution of the secondary container when the use of the mixer for a long time to use the mixer solution, the metering mixer

Conventionally, the utility model registrations Nos. 330119 and 332733 have been applied to the silicone water irrigation system and the silicone water purifier, which have been previously applied by the applicants of the present application. It is configured to be mixed with the feed water that is melted, and the powder or solid with large particles of silicon is embedded in the upper part of the container at the upper part of the inside, or the solid silicon is separately contained in the center of the container, so that the water supplied to the inner container periphery is opened on the bottom surface. When the amount of water supplied in contact with the silicon is discharged, and judged in a strict sense, the supplied water immediately flows into the silicon, and the inaccuracy of how much of the solid silicon is dissolved and mixed is accommodated and when a small amount is received. There is always no uniform mixing This is were the problem.

This proposal allows the regular mixing and dissolution of the conventional silicon solids to be supplied to the feed water, such as tap water. Even if it is described in detail by the accompanying drawings as an improvement to drink only a proper evenly mixed integer of the silicon solution as follows.

1 is an exemplary view of the device of the present invention

2 is a partially enlarged cross-sectional view of the present invention.

In the silicon mixing pipe water and the water purifier, the tap water supply pipe 2 and the discharge hose 12 are connected between the injection pipe 1 and the discharge port 11 and internally supported between the supply pipe 2 and the discharge hose 12. Pistons (7), (17), (27) protruding a plurality of protrusions (8), (18), (28), and the supply ports (4), (14), (24) and the upper grooves (6) (16) (26). ) And the solution solution chambers 3, 13, and 23 formed in order to form the outlet ports 5, 15, and 25, respectively, and the solution containers 3, 13, and 23 are formed of a silicon solution ( 9) (19) (29) is characterized in that the connection to the discharge hose 10, 20, 30 to supply and mix to discharge

The workings of this draft are as follows.

Each of the solution solution (3) (13) and (23) is filled with the solution in which the silicon is dissolved (9) (19) and (29), and when the feed water is injected into the tap water inlet pipe (1), it is discharged to the outlet (11). When the stopper opening or closing cock 21 is closed or adjusted, all or part of the feed water is injected into the supply port 4 through the supply pipe 2, and the piston 7 is pushed up to lift the silicon solution 9. When discharging to the discharge port (5), the discharged silicon solution (19) and (29) is in turn the same operation as described above the solution of the solution solution (23) of the solution solution 23 through the discharge hose (30) (12) Is discharged to the outlet 11

That is, the solution 9 pushed out of the vessel 3 acts to push up the piston 17 of the vessel 13 and the solution 19 of the vessel 13 pushes up the piston 27 of the vessel 23. The solution (9), (19), (29) is completely discharged and mixed and discharged from the mixed water outlet (11) together with the tap water so that only a controlled amount is mixed into the feed water. (27) is supported by the support protrusions (8) (18) and (28) even when pushed up to the top end through the grooves (6) (16) (26) as shown in the enlarged cross-sectional view of FIG. 25 is discharged without being blocked,

The mixing amount, discharge amount and the like can be adjusted as the opening and closing cock 21 and 31, and after use, the silicon solution can be filled into each container and reused.

Compared to the conventional method of dissolving the supplied and discharged feed water in contact with or touching solid silicon, the proposed solution allows the silicon solution to be directly and uniformly mixed with a suitable amount of the discharged water, thereby producing a constant and accurate amount of mixed water. It is effective to drink.

Claims (1)

In the silicon mixing pipe water and the water purifier, the tap water supply pipe 2 and the discharge hose 12 are connected between the injection pipe 1 and the discharge port 11 and internally supported between the supply pipe 2 and the discharge hose 12. Pistons (7), (17), (27) protruding a plurality of protrusions (8), (18), (28), and the supply ports (4) (14) (24) and the upper grooves (6) (16) (26). ) And the solution solution chambers 3, 13, and 23 formed in order to form the outlet ports 5, 15, and 25, respectively, and the solution containers 3, 13, and 23 are formed of a silicon solution ( 9) (19) (29) A silicon solution quantitative mixer characterized by connecting and configuring the discharge hose (10) (20) (30) for supplying and mixing.