KR200265717Y1 - Water-bottle support dividing device for duplex stopper - Google Patents

Abstract

The present invention relates to a double stopper bucket distribution device for applying to a bucket-type water supply of the type of receiving the bucket upside down to supply the water of the bucket.

Conventional dual stopper bucket distribution device has a problem that the drainage is not smooth due to the alternating exchange operation of water and air in a single pipe, or complicated devices for separating the drain pipe and the air inlet pipe.

Bucket support distribution device for the double stopper 50 of the present invention is configured to be divided into a bucket holding portion 60 of the upper portion and a drain pipe portion 70 of the lower portion is coupled to be sealed by the O-ring (73).

A circular jaw 82 and a round head 81 and two or more drain holes 83 on the lower side thereof are provided at a central upper end of the drain pipe part 70 to fix the inner plug 32 of the double plug 30. A formed drain pipe 80 is provided, and a plurality of guide plates 84 are provided inside the drain pipe 80, and the bucket storage part 60 has a bucket holding jaw 61 and an air inlet 62 formed therein. And an air filtration device 90 for filtering the air flowing through the air inlet 62. The drainage of water and the inflow of air in a single pipe provide continuous and improved drainage through simultaneous exchange operation. It is an economical and easy-to-clean sanitary double stopper bucket distribution device due to its structure.

Description

Water-bottle support dividing device for duplex stopper}

The present invention relates to an improved dual stopper bucket dispensing device which is applied to a bucket-type water supply of the type of receiving the bucket upside down to supply the water of the bucket.

Bucket support distribution device for dual plug is a device that supplies the water of the bucket mounted upside down from the bucket-type water supply to the reservoir.

In the market, drinking water in a 5 gallon bucket with a double stopper is distributed.In order to use this, a double stopper bucket distributing device is installed at the top of the bucket type water dispenser. The water is filled in the reservoir through the drain pipe of the reservoir support distributor and this water is provided to the user through the water discharge tap connected to the reservoir.

In the past, as an effort to prevent the contamination of the bucket water supply, various double stopper bucket distribution apparatuses have been provided. Existing data on this are USP 5647416 and 5289854.

These conventional devices have a problem in that drainage is not smooth due to alternating exchange of water and air in one pipe, or complicated devices for separating the drain pipe and the air inlet pipe are added.

In order to improve the above problems, in the present invention, when water is discharged from the upside-down mounted double stopper bucket, the water flowing from the bucket and the water coming in from the bucket are partially separated from each other. It is an object of the present invention to provide a double stopper bucket dispensing device that cleans the air flowing into the reservoir to sanitize water.

1 is a perspective view of the use state of a conventional bucket-type water supply.

Figure 2 is a double stopper bucket distribution device of the present invention.

Figure 3 is a cross-sectional view showing the use state of the dual stopper bucket distribution device of the present invention.

4 is a cross-sectional view showing the configuration of the drain pipe of the present invention,

4A is a front sectional view,

4B is a side cross-sectional view,

4C is a cross-sectional view taken along the line A-A '.

5 is a cross-sectional view showing a process in which the bucket is mounted upside down in the bucket support distribution device of the present invention,

5A is a state before insertion;

Figure 5b is a state of being inserted,

Figure 5c shows a fully inserted state.

Figure 6 is a cross-sectional view of the air filter of the present invention.

Figure 7 is in the state installed only the bucket storage portion of the upper portion of the bucket support distribution device of the present invention

Sectional view, with the cap removed, mounted upside down.

Explanation of symbols on the main parts

10 Bucket water dispenser 11 Drainer

12 reservoir

20 bucket

30 Double Stopper 31 Outer Stopper

32 fastener 33 sleeve

34 round jaw

50 bucket support distribution device

60 Bucket storage 61 Bucket support jaw

62 Air inlet 63 Outer wing

64 Mid-Jaw 65 Annular Vertical Wings

66 Packing 67 Round Jaw

70 Drain pipe 71 Cylindrical vertical extension

72 Round Jaw 73 O-Ring

74 Independent Jaw

80 drain pipe 81 round head

82 Round Jaw 83 Drain

84 Guide plate 85 Bump

90 Air filter 91 Filter

92 air passage 93 case

94 Check Valve 95 Air Hole

In order to achieve the above object, the present invention includes a water discharge faucet on the outside of the case, and a cooling device for supplying cold water, a heating device for supplying hot water, and a reservoir for storing and supplying a certain amount of water. In the upper portion, the bucket is mounted upside down in the bucket stopper distribution device for a double stopper installed in the bucket-type water supply to supply the appropriate amount of water by the principle of atmospheric pressure, the double stopper bucket distribution device for the top The bucket storage part and the drain pipe part of the lower part are separated by an O-ring, which is separated from each other. A drain pipe having at least two drain holes is provided, and a plurality of guide plates are provided inside the drain pipe. Ratio and, characterized by configured by an air filtering apparatus that can be said is formed with a water bottle support yongteok the air inlet side of the receiving buckets, such that the supply by filtration of the air entering through the air inlet.

As a feature of the present invention, the drain pipe is provided with a plurality of guide plates in the center of the drain and parallel to the drain pipe between the drain and the drain, and a water spread prevention jaw is formed at the lower end, and the guide plates inside the drain pipe are interconnected at the upper side and the lower side. It is gradually reduced as it goes down is characterized in that it is installed integrally with the drain pipe.

The air filtration device applied to the present invention has a case in which an air passage is formed in the side portion and a filter inside, and has a check valve installed on the lower side so as to open and close the air hole by buoyancy.

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

The general bucket type water supply 10 of FIG. 1 includes a reservoir for storing and supplying a certain amount of water therein, a cooling device for supplying cold water, and a heating device for supplying hot water, and an external water discharge tap 11. Equipped with a bucket 20 upside down in the reservoir open to the upper side so that the appropriate amount of water is supplied by the principle of atmospheric pressure, hot and cold water is provided to the user through the water discharge faucet (11).

Bucket support distribution device 50 for the dual stopper of the present invention is mounted on the reservoir 12 of the conventional bucket-type water supplyer (10) upside down the bucket 20 covered with the double stopper (30) bucket 20 It is a device for hygienic supply of water in the reservoir to the reservoir (12).

2 and 3, the double stopper bucket distribution device 50 is divided into a bucket holding part 60 of the upper portion and the drain pipe portion 70 of the lower portion is sealed by the O-ring 73.

The bucket storage portion 60 has an air filtration device 90 for filtering the air flowing in when the water in the bucket 20 is discharged, the drain pipe portion 70 is a water reservoir from the bucket 20 The drain pipe 80 which supplies is provided.

First of all, for the sake of understanding, the operation relationship between the conventional double plug 30 and the drain pipe 80 will be described first.

As shown in FIG. 5A, the double stopper 30 of the bucket 20 applied to the bucket-type water supply 10 is usually made of soft plastic and the outer stopper 31 seals the bottleneck of the bucket 20. The stopper 32 is inserted into the top of the center rib 33 slightly tight, so as to seal the bucket 20.

Looking at the process used by mounting the bucket 20 is placed upside down to the bucket support distribution device 50 installed in the bucket-type water heater 10 through Figures 5a, 5b, 5c,

When the water bottle 20 is inverted and the double plug 30 is placed on the upper round head 81 of the drain pipe 80 of the bucket support distribution device 50, the rib 33 is inserted into the drain pipe 80.

At this time, the stopper 32 is guided to the round head 81 of the distal end of the drain pipe 80 so that the round jaw 34 of the end of the stopper 32 is engaged with the round jaw 82 below the round head 81.

Subsequently, the rib 33 comes into close contact with the outer wall of the drain pipe 80 and goes further down, and the stopper 32 is engaged with the circular jaw 72 and exits from the rib 33.

Subsequently, the rib 33 is lowered below the drain port 83 formed at the upper side of the drain pipe 80, and the bucket 20 is mounted on the bucket holder jaw 61 of the bucket container 60.

At this time, air is introduced into the bucket 20 and the water goes down into the reservoir 12 through the inside of the drain pipe 80 through the drain 83.

When the water fills up to the bottom anti-dumping jaw 85 of the drain pipe 80 protruding into the reservoir 12, the air is blocked from entering the bucket 20, and the empty space above the bucket 20 increases the negative pressure. When the water is balanced with gravity, the water supply stops.

In addition, when removing the bucket 20 from the bucket-type water supply 10, the inner plug 32 fitted to the circular jaw 82 of the drain pipe 80 is recombined to the rib 33 to seal the bucket 20.

The drain pipe (80), which is a key part of the present invention shown in FIG. 4, has a round head (81) at its tip and a round jaw (82) thereunder, and two drain holes (83) installed facing each other to flow water on the upper side thereof. And four guide plates 84 are installed therein, one at each center of both drain holes 83, and one guide plate 84 is installed between the drain holes 83 and the drain holes 83, respectively.

Since one drain port 83 is divided into two by the guide plate 84, four drain holes 83 are formed.

The guide plate 84 is gradually connected toward the inner wall of the drain pipe 80 in an oblique shape while interconnecting and descending downward near the drain hole 83.

It should be noted here that as an important function of the guide plate 84, the water flowing into the drain port 83 by the guide plates 84 interconnected near the drain port 83 does not merge with each other. Two guide plates 84 and lower diagonal guide plates 84 formed at the center of the drain port 83 among the guide plates 84 are connected to the drain pipe 83 by the adhesive force. 80) has a function of inducing to flow along the inner wall.

At this time, a space is formed in the center of the drain pipe 80 so that the air flows into the bucket 20.

The water in the bucket 20 is swung by the air bubbles flowing in and changes the shape and position of the air passage according to the shape of the water coming down the inner wall of the drain pipe 80.

According to the combination of these variables, the air is introduced into the water tank 20 through the drainage port 83 at any one place and drainage is performed at the remaining drainage ports 83.

Therefore, the water is continuously and smoothly discharged by the simultaneous exchange of water and air in one tube.

Existing drainage is a problem that the drainage is not smooth due to the alternating exchange operation of water and air in a single pipe or complicated devices for separating the air inlet pipe and the drain pipe.

As shown in FIG. 3, the bucket storage part 60 which holds the bucket 20 upside down is positioned above the center of the reservoir 12 and has a narrow cylindrical shape in order to guide the bottleneck to the center.

The outer blade 63 is squeezed into the top hole of the water bottle type water supply 10, and the upper edge of the outer blade 63 forms a bucket holder jaw 61 and a part of the jaw is slightly lowered to form an air inlet 62. .

Intermediate jaw 64 is to put on the top of the reservoir 12 to withstand the load of the bucket 20 and to prevent the infiltration of foreign matter into the reservoir 12 primarily.

An inner bottom of the intermediate jaw 64 has an annular vertical wing 65 formed therein so that the packing 66 is fitted therein so as to be in close contact with the upper inside of the reservoir 12, thereby having the airtightness of the reservoir 12.

In addition, the lower side of the annular vertical wing 65 to create a jaw to prevent the departure of the packing (66).

Inside the annular vertical wing (65) to make a hole communicating with the reservoir (12) is equipped with an air filtration device (90) for purifying the air required to drain the water from the bucket (20).

An inner circular jaw 67 is formed at the inner side of the lower end of the water tank housing 60 in order to be combined with the drain pipe 70.

As shown in FIG. 3, the drain pipe part 70 is cylindrical with respect to the vertically standing drain pipe 80 and is coupled to the bottom of the water tank receiving part 60 to be positioned inside the reservoir 12.

In order to prevent the spread of the water coming down from the bucket (20), the bottom of the water is installed to prevent water spreading projections (85) in communication with the drain pipe (80).

The inner diameter of the cylindrical vertical extension portion 71 is somewhat larger than the outer diameter of the double plug 30 so that the entry and exit of the double plug 30 is desired.

The upper end of the cylindrical vertical extension portion 71 forms a rounded jaw 72 to the outside, and a plurality of independent jaws 74 are formed thereunder, and the O-ring 73 is sandwiched therebetween so as to form a circle below the water container housing 60. It is hermetically coupled to the jaw 67 on the inside.

The bucket support distribution device for double stopper 50 is divided into a bucket storage part 60 and a drain pipe part 70 so that drinking water buckets on the market can be applied to a bucket with a general stopper instead of a double stopper. It is. In this case, as shown in Figure 7, remove the general stopper of the bucket 20 and should be mounted upside down in the bucket storage 60, at this time to remove only the drain pipe portion 70 without replacing the device so that it can be used immediately to be.

As shown in FIG. 6, the air filtration device 90 has a filter 91 inserted into the case 93 in which the air passage 92 is formed. The air introduced through the air passage 92 is a filter ( 91 is supplied to the water reservoir 12 through the check valve 94 and the air hole 95 in the lower state in the filtered and purified state.

When the check valve 94 is inadvertently damaged by mounting a bucket 20 having a minute hole upside down in the bucket-type water supply 10, air is introduced into the bucket 20 by a minute hole so that the water of the water in the bucket 20 is removed. Drainage is not controlled by the reservoir 12 level and fills the sealed reservoir 12 and overflows through the air filtration device 90 to prevent this.

The check valve 94 made of soft material is installed in the form of medallion by forcibly inserting it into the air hole 95, and it is usually lowered to the bottom so that the air can communicate smoothly. Moving to block the air hole (95) prevents the overflow of water to the reservoir (12).

When the inlet process of the external air for drainage is arranged in the double stopper bucket distribution device 10, the external air passes through the filter 91 of the air purifier through the air inlet 62 formed in the bucket jaw 61. It flows into the reservoir 12 and again flows through the center of the drain pipe 80 into the bucket 20.

When the drainage process of the double stopper bucket distribution device 50 is arranged, the water in the bucket 20 is guided to the guide plate 84 via the drain port 83 and rides on the inner wall of the drain pipe 80 to store the reservoir 12. It flows down inside.

Therefore, through the present invention, the limited water supply capacity according to the alternating operation of drainage and air inflow in one pipe is intended to achieve a smooth drainage by simultaneous exchange of drainage and air inflow in one pipe.

Figure 7 is a cross-sectional view of the bucket is removed upside down in a state in which only the bucket storage portion of the upper portion of the bucket support distribution device of the present invention is installed as another embodiment of the present invention.

Other applications for the present invention may be made by those skilled in the art.

As described above, this proposal is designed to smoothly drain water by simultaneously exchanging drainage and air inflow in a single pipe in flowing water from a bucket-type water supplyer to a reservoir below. It is a very useful technology as a sanitary device because the manufacturing cost is reduced and the cleaning is easy.

Claims (4)

A water discharge faucet 11 is provided on the outside of the case, and a cooling device for supplying cold water and a heating device for supplying hot water and a reservoir 12 for storing and supplying a predetermined amount of water are provided therein. In the upper portion of the bucket supporter for dispensing 50 installed in the bucket-type water supply 10 so that the water is supplied to the appropriate amount by the principle of atmospheric pressure by mounting the bucket 20 upside down, The double stopper bucket distribution device 10 is made of a separable structure of each of the upper bucket storage portion 60 and the lower drain pipe portion 70 is coupled to be sealed by the O-ring 73, At the center of the drain pipe portion 70, the round jaw 82 and the round head 81 to fix the inner plug 32 of the double plug 30 to the upper end and two or more drain holes 83 on the lower side thereof. Is provided with a drain pipe 80 is formed, A plurality of guide plates 84 are provided in the drain pipe 80. On one side of the water tank housing 60, a water tank support jaw 61 and an air inlet 62 are formed, and an air filtration device 90 for filtering and supplying air introduced through the air inlet 62. Dual stopper bucket distribution device characterized in that the configuration. The method of claim 1, The drainage pipe 80 is provided with a plurality of guide plates 84 in the center of the drainage opening 83 and in parallel with the drainage pipe 80 between the drainage opening 83 and the drainage opening 83, Bucket support distribution device for a double stopper, characterized in that the water splash prevention jaw (85) is formed at the lower end. The method according to claim 1 or 2, The guide plate (84) inside the drain pipe (80) is connected to each other in the upper side and down gradually down to the lower side is gradually reduced and installed integrally with the drain pipe (80), characterized in that the water bottle support distribution device. The method of claim 1, The air filtration device 90 has a case 93 formed with an air passage 92 at a side portion thereof, and a filter 91 therein, and a lower portion of the air filtration device 90 is installed upside down so as to open and close the air hole 95 by buoyancy. Double stopper bucket support distribution device characterized in that it comprises a check valve (94).