KR100433787B1 - Apparatus to exhaust natural water safely - Google Patents

Abstract

The disclosure discloses that the bottled water cap is prevented from leaking at all times while the bottled water assembly is settled in the cold and hot water so that the bottled water does not come into contact with the outside air on the discharge passage so that it can be safely consumed without any contamination. It relates to a safe water discharge device.

The present invention comprises a bottled water leakage preventing device having a sterilizing means and an air inlet means on the bottled water, but in the discharge side of the bottled water bottle holder configured to selectively open and close the bottled water discharge hole through the elastic member and the opening and closing member, air The inlet pipe is bent in multiple stages to be in close contact with the inner wall surface of the bottled water support, and the hopper-type packing cover is provided to be covered by the bottled water dispenser. A flange is formed continuously in the circumferential direction so as to be caught by the rim of the ejector, and a packing member is integrally formed at the upper portion of the flange to be in close contact with the bottled water bottle. Insert the basin tube which is branched into the tub or hot water tank closely, and the upper part of the basin tube supports the bottle Given the press opening and closing member is projected to be located to the upper side from the lower center of the packing cover to be able to selectively open the water discharging hole, the packing cover the bottom surface side of the side branches is to form a plurality of water discharge hole.

Description

Apparatus to exhaust natural water safely}

The present invention relates to a safe water discharge device, and more particularly, to prevent the leakage of water in the bottle when the water bottle assembly is settled in the cold and hot water while the water bottle cap is always prevented leaking contaminated by the external air on the discharge passage It is safe to drink in this completely excluded state.

As is well known, bottled water is a beneficial water for the human body that contains minerals such as microorganisms and mineral minerals, while unlike boiled water, it is the best for the growth of bacteria, which are harmful to the body, in the process of storing and discharging through the bottled water discharger. It can be said that it is equipped with environmental conditions.

In addition, the bottled water is supplied to a business or home in a sealed state in a bottled water bottle, and the bottled water bottle is opened and placed on the input of a separate bottle of water dispenser, and the cold water or hot water is discharged for drinking. In most cases, insoluble water flows out, and the drip tray part of the water dispenser remains exposed in the air. After a certain period of time, the bottled water is discharged several times. There was a problem to enter into the polluted bottled water.

Therefore, the present applicant in the patent application No. 1999-59286 has a bottled water bottle holder having a sterilizing means for sterilizing the bottled water and an air inlet means for introducing fresh air to the top of the bottle to prevent leakage from the bottled water while fresh air It has been disclosed to prevent leakage of the bottle water to prevent bacterial contamination in the discharge process of the bottled water, and to eradicate bacteria in the bottled water through the ultraviolet lamp as a sterilization means.

However, the leak preventing device of the bottled water according to the patent application No. 1999-59286 is exposed to the side and the lower side of the bottled water support base as an air inlet means that when the bottled water is placed on the bottled water discharger, the exposed portion is pressed through the bottled water passage Although the bottled water discharge hole of the bottled water bottle holder is open, the bottled water discharger does not have a space to accommodate the exposed portion of the air supply pipe, so there is an unreasonable point to change the structure of the bottled water dispenser in order to apply such a structure. Even if the water bottle is placed on the bottle, the input part of the bottle is completely exposed to the outside, so if you use the bottle for a long time, the bottled water must be contaminated with indispensable pathogenic bacteria. there was.

The present invention has been proposed in view of such a point, and the air inlet pipe of the bottled water bottle holder is made to be in close contact with the inner wall surface of the bottled water bottle holder without being exposed to the outside of the bottled water bottle holder, and has a separate packing cover which is covered by the inlet of the bottled water dispenser. The packing member is integrally formed at the edge of the packing cover so as to be in close contact with the bottled water bottle, and the packing cover is integrally formed in the center of the packing cover. The upper part presses the opening and closing member of the bottle holder so that the bottled water discharge hole can be selectively opened.The bottle cap is completely sealed by the packing cover to prevent the contamination of bacteria in advance, and the air inlet pipe is exposed to the outside. It can be applied directly to general bottled water dispenser as well as promoting beautiful appearance. In addition, since the branch pipe is inserted into the packing cover and fixed, there is no need for a separate water discharge pipe drawn out from the bottled water discharger, and an object thereof is to provide a safe water discharge device that can have a compact bottled water discharge structure.

1 is an exploded perspective view of a safe water discharge device according to the present invention.

Figure 2 is a cross-sectional view of the bottled water support according to the present invention.

3 is a cross-sectional view of the packing cover according to the present invention.

Figure 4 is a cross-sectional view of the bottled water preventing means according to the invention.

Figure 5 is a cross-sectional view of the bottled water dispenser is installed safe water discharge device according to the present invention.

*** Explanation of symbols for main parts of drawing ***

1 bottled water bottle 2 bottled water dispenser 3 input unit

4: bottled water support 5: air filter 6: air inlet pipe

7,17: bottled water discharge hole 8: plug member 9: opening and closing member

10 elastic member 11 packing cover 11a, 16a screw

12 flange 13 packing member 14 cold water container

14a, 15a: safety valve 15: hot water tank 16: branch pipe

18 quartz tube 19 ultraviolet lamp 20 lead wire

21 covering tube 22 cap member 23 ball member

24: air distribution hole 25: separator 26: stopper

27: support

Hereinafter, the present invention will be embodied according to the examples presented.

Safe water discharge device according to the present invention is shown in the lower portion of the bottled water support 4 which is placed on the inlet 3 of the bottled water dispenser 2 in a state covered with the inlet of the bottled water (1) as shown in Figs. Sterilization means for sterilizing the inside of the bottled water (1) and the air inlet pipe (6) having an air filter (5) at one end and the bottled water inlet prevention means at the other end to introduce external air into the bottled water (1) It is coupled to each other, the stopper member (8) having a bottled water discharge hole (7) is coupled to the lower end of the bottled water bottle support (4), and the bottled water discharge hole (7) of the plug member (8) to selectively open and close The opening and closing member 9 is fitted into the bottled water discharge hole 7 so that the opening and closing member 9 can be lifted and lowered, and the air inlet pipe 6 is provided with an elastic member 10 made of a compression spring for elastically supporting the opening and closing member 9. ) Is formed by bending in multiple stages to be in close contact with the inner wall surface of the bottled water support (4), A hopper-type packing cover 11 is placed on the inlet part 3 of the dispenser 2 so that the bottled water bottle 1 and the bottled water bottle support 4 can be placed thereon. A flange 12 continuously formed in the circumferential direction is formed to be caught by the rim of the inlet part 3 of the ejector 2, and rubber, silicone, and the like are formed on the upper portion of the flange 12 so as to be in close contact with the bottled water support 4. It is made of a flexible synthetic resin or the like to form a packing member 13 having a packing performance integrally, and in the lower center of the packing cover 11, the bottled water is branched into the cold water tank 14 or the hot water tank 15 of the bottled water dispenser 2. Insert the branch pipe 16 to close tightly, the upper end of the branch pipe 16 presses the opening and closing member 9 of the water bottle holder 4 to the packing cover 11 to selectively open the bottled water discharge hole (7) Position protruding from the lower center of the upper part to the upper side, and on the bottom side of the packing cover bottom of the branch pipe 16. The hayeoseo will form a number of the water discharge hole (17).

At this time, the sterilization means has a structure in which the ultraviolet lamp 19 is embedded inside the quartz tube 18 as in Patent Application No. 1999-59286, and the lead wire 20 is integrally formed along the side wall of the bottled water support 4. Drawn out to the outside through the cover tube 21 formed in the, and the bottled water preventing means are hollow cap member 22 and the cap member 22 in a spiral fastening to the discharge side end of the air inlet tube 6 as shown in FIG. Separator 25 having a ball member 23 inserted to be able to flow up and down, an air distribution hole 24 that can be opened and closed by the ball member 23, and a stopper defining a flow distance of the ball member 23 ( 26).

In addition, the packing cover 11 and the branch pipe (16) is formed with screws (11a) (16a), respectively, and the branch pipe (16) is fixed to the cold water tank 14 and the hot water tank (15) and then the packing cover ( 11) is screwed to the branch pipe (16) to be sealed, and between the quartz tube 18 and the air inlet pipe (19) may be provided with a support (27) for maintaining a constant therebetween. .

In the drawings, reference numerals 14a and 15a refer to safety valves respectively coupled to the cold water tank and the hot water tank to draw out the pressure to the outside when the excessive pressure is applied to maintain the proper pressure.

The operation of the safe water discharge device according to the present invention configured as described above with reference to Figure 5 as follows.

First, when opening the bottled water bottle (1) to cover the bottled water bottle support (4) having sterilization means and the air inlet pipe (6) the opening and closing member (9) of the plug member 8 by the elastic force of the elastic member (10) The bottled water discharge hole 7 is in a state of blocking, and the ball member 23 of the bottled water inflow prevention means is pushed by the water pressure inside the air inlet pipe 6 to open the air distribution hole 24 of the separator 25. Since it prevents the inflow of bottled water into the air inlet (6).

On the other hand, the packing part 11 is put on the inlet 3 of the bottled water dispenser 2 on which the bottled water bottle 1 is placed, and before the packing cover 11 is covered, the branch pipe 16 is pre-cooled. ) And the hot water container 15, respectively, and the packing cover 11 is screwed by screwing through the respective screws 11a and 16a so that the branch pipe 16 is inserted into the center thereof. When the 11 is completely fastened to the branch pipe 16, the flange 12 continuously formed along the circumferential direction at the edge of the packing cover 11 is fixed to the edge of the inlet portion 3 of the bottled water dispenser 2. .

In such a state, when the bottled water container (1) covered with the bottled water bottle (4) is turned over and placed on the input portion (3) of the bottled water dispenser (2), the outer surface of the bottled water bottle support (4) is in contact with the edge of the packing cover (11) When the packing member 13 integrally formed on the flange 12 of the packing cover 11 is naturally pressed by its own weight, the water bottle holder 4 and the packing cover 11 can be completely sealed between the bottled water and the bottled water. It is possible to completely prevent the contamination of bacteria that can be generated through the inlet (3) of the discharger (2), and the bottled water bottle (1) to the inlet (3) of the bottled water dispenser (2), strictly speaking, the packing cover (11) At the same time, the upper part of the branch pipe 16 inserted to protrude in the lower center of the packing cover 11 presses the opening and closing member 9 of the bottled water container base 4 at the same time. The bottled water discharge hole (7) of the open can be discharged from the bottled water bottle (1) primary, The discharged bottled water is discharged to the packing cover 11 and secondly discharged through the bottled water discharge hole 17 formed at the bottom side of the packing cover bottom side of the branch pipe 16 to the cold water container 14 or the hot water container 15. As it may be introduced into the branch, the bottled water discharge hole 17 is formed on the bottom side of the packing cover bottom surface of the branch pipe 16, so that the bottled water is not discharged first and does not stay inside the packing cover 11 Through the whole branch pipe 16 may be introduced into the cold water tank 14 or hot water tank (15).

At this time, in order to smoothly discharge the bottled water from the bottled water (1), the air must be introduced from the outside, the inflow of the external air is made through the air inlet pipe (6), when contaminated air is introduced into the bottled water bottle (1) ) As it may contaminate the bottled water inside, the air inlet side of the air inlet pipe 6 adopts an air filter 5 so that fresh air without bacterial contamination can be introduced at all times, and the air is introduced through the air inlet pipe 6. When the water flows in, the ball member 23 of the bottled water preventing means adopted at the discharge side end of the air inlet pipe 6 is pushed up by the pressure to open the air distribution hole 24 so that the fresh outside air can be fed into the bottled water bottle 1. It can be smoothly introduced into the discharge of the bottled water will be smooth. This is because when the bottled water is discharged, the outside air flows into the bottled water tank 1 so that the bottled water can be smoothly discharged while the outside air is filtered and purified by the air filter 5, so that the bacteria entering the bottled water bottle 1 are free of bacteria. It means that it is possible to prevent the growth of bacteria even if the bottled water in the bottled water bottle (1) is used for a long time. Especially, since it is continuously sterilized by the ultraviolet lamp (19) as sterilizing means, it is contained in the bottled water bottle (1). This means that the bottled water can be stored hygienically.

In addition, when the bottled water is discharged, inevitably comes into contact with the ultraviolet lamp 19, which is a sterilizing means, depending on the structure of the bottled water bottle (1), even a small amount of bacteria are eliminated through the bottled water dispenser (2) safe bottled water at all Can be discharged and the user can always drink such safe and fresh water.

In addition, since the air inlet pipe 6 is not exposed to the outside of the bottled water support 4, and is in close contact with the inner wall surface of the bottled water support 4, there is an advantage that can be used as it is without changing the structure of the general bottled water dispenser (2).

On the contrary, when the bottled water bottle 1 and the bottled water bottle support 4 are separated from the bottled water dispenser 2 for the replacement or movement of the bottled water bottle 1, the cleaning of the bottled water dispenser 2, and the like, the branch pipe of the packing cover 11 ( 16) The opening / closing member 9 pressed by the upper end is restored to its original position by the elastic force of the elastic member 10, thereby blocking the bottled water discharge hole 7 again, thereby preventing the leakage of the bottled water, thereby ensuring safety and convenience in use. At the same time can be planned.

As described above, in the present invention, when the inlet of the bottled water dispenser is covered with a packing cover, the bottled water bottle holder is completely sealed between the bottled water bottle and the bottled water bottle holder, thereby preventing the invasion of bacteria. Sterilization means and air inflow means provided in the bottle holder prevents the growth of bacteria in the bottled water and at the same time eradicates the bacteria.In the state where the bottle holder is covered on the bottle, the opening and closing member blocks the bottled water outlet. On the other hand, the bottled water can be turned over and placed on the packing cover, and the opening and closing member is pressed to open the bottled water discharge hole of the bottled water bottle holder. Therefore, the bottled water can be discharged and consumed smoothly. When inflow, the air inlet pipe forming the passage is Since the multi-stage bent to be in close contact with the surface configuration is that a very useful effect that can be directly applied to the common water ejector.

Claims (2)

Sterilization means for sterilizing the inside of the bottled water bottle 1 at the lower portion of the bottled water support 4 which is placed on the inlet 3 of the bottled water dispenser 2 while being covered at the entrance of the bottled water bottle 1, and at one end of the air filter 5. The water inlet prevention means is provided at the other end with the air inlet pipe (6) for introducing external air into the bottled water bottle (1), respectively, and the bottled water has a predetermined space at the bottom of the bottle holder (4) A stopper member 8 having a discharge hole 7 is coupled, and the opening and closing member 9 is connected to the bottled water discharge hole 7 so as to selectively open and close the bottled water discharge hole 7 of the stopper member 8. In the interposition between the elastic member 10 is inserted and raised and lowered, and elastically supporting the opening and closing member 9, The air inlet pipe (6) is formed by bending in multiple stages to be in close contact with the inner wall surface of the bottled water support (4), and the hopper-type packing cover (11) to be covered on the inlet (3) of the bottled water dispenser (2) Prepared so that the bottled water bottle (1) and the bottled water bottle support (4) is placed on, but the rim of the packing cover 11 is continuous in the circumferential direction so as to be caught in the edge of the inlet (3) of the bottled water dispenser (2) Forming a flange 12 to be formed, the packing member 13 is integrally formed on the upper portion of the flange 12 to be in close contact with the bottled water bottle, In the center of the lower portion of the packing cover 11 is inserted into the branch pipe 16 for branching the bottled water into the cold water tank 14 or hot water tank 15 of the bottled water dispenser 2, the branch of the branch pipe 16 The upper end portion is positioned to protrude from the lower center of the packing cover 11 to the upper side so as to press the opening and closing member 9 of the bottled water support 4 to selectively open the bottled water discharge hole 7, The bottled water safety discharge device, characterized in that formed on the packing cover bottom surface side of the branch pipe (16) a plurality of bottled water discharge holes (17). The method of claim 1, The packing cover (11) and the branch pipe (16) is a safe water discharge device, characterized in that the screwed to each other.