KR20080091634A - Natural water bucket having sanitation pack - Google Patents

Abstract

A sanitary spring water pail including a sanitation pack is provided to discharge the spring water of the sanitation pack smoothly by ventilating the external air through a water storing part by combining a vent hole or an air filter at the bottom side. In a sanitary spring water pail, a sanitary spring water pail body(101) has a bottle neck-shaped inlet port formed at the upper part of a water storing part(101a) having a containing space and provided with the inner and outer diameters smaller than the water storing part so that the inlet port is inserted into a spring water supply unit of a hot/cold water dispenser to supply the spring water of the water storing part. A soft sanitation pack(102) is inserted into the containing space of the water storing part to store the spring water. An upper opening(102a) of the sanitation pack is drawn out from the upper part of the inlet port to cover the outer diameter of the inlet port. A fixing cap(106) comprises a combining unit(103) inserted into the inlet port to bring the sanitation pack into contact with the inner diameter of the inlet port; a contact unit(104) larger than the outer diameter of the combining unit and integrally formed at the upper end of the combining unit to bring the sanitation pack drawn out through the inlet port, into contact with the upper end of the inlet port; and a through-hole(105) formed from the upper end of the contact unit to the lower end of the combining unit.

Description

Natural water bucket having sanitation pack

1 is an exploded perspective view showing a coupling structure of a conventional sanitary bottle and cold and hot water heaters.

Figure 2 is an exploded perspective view showing a disassembled part of the sanitary bottle and the sanitary pack and fixing cap of the first embodiment of the present invention.

3 is a cross sectional view showing a structure of the first embodiment of the present invention;

4 is a cross sectional view showing a structure of a second embodiment of the present invention;

5 is an enlarged sectional view taken along the line A-A in FIG.

<Description of the symbols for the main parts of the drawings>

101: sanitary bottle 102: sanitary pack

103: coupling portion 104: contact portion

105: through hole 106: fixed cap

107: vent 108: air filter

109: hook 110: eccentric hole

111: insertion hole 112: vent pipe

113: closing cap

The present invention relates to a sanitary bottle containing a sanitary pack.

Bottled water bottles are generally used in cold and hot water, and bottled water varies from the finest to low-cost products such as Ferrier and Evian, and the sales of bottled water is increasing every year.

Any product that looks like bottled water is usually similar, but it is divided into three parts: natural mineral water, spring water, and purified water. Mineral water is “sprayed from natural or artificial holes in underground aquifers or naturally. It is known to be water that is free from microorganisms ”, which is completely blocked from contamination, but also has a disadvantage in that bacteria are easily grown because they are not sterilized.

Spring water does not matter how much minerals it contains, and purified water is water that has been purified, although it may be rivers, lakes, groundwater, or water taken from anywhere.

As mentioned above, the reason why bottled water has become popular with people is that people buy or enjoy bottled water instead of drinks or alcohol because they think it is safer than tap water.

Here, the bottled water bottle in which the bottled water is stored or stored in the step of supplying and distributing the bottled water is mainly made of polyethylene terephthalate (PET), and after all the water stored in the bottled water bottle is used in the distribution process, All are collected and reused after cleaning the inside of the bottle with detergent.

As described above, when the bottled water bottle is reused after being cleaned with a detergent, the bottled water distributor does not trust that the bottled water company that supplies the bottled water in large quantities is hygienically managed or washed. It is known that there are a large number of general consumers.

In addition, as described above, even in the case of a user who knows a problem such as the management of the unclean water bottle caused by the reuse of the bottled water, but does not have a means of supplying clean water, there is no choice but to know the problem.

Therefore, even if the cold water heater 1 is periodically cleanly cleaned as shown in FIG. 1, cleaning the cold water heater 1 when the bottled water reservoir 2 storing the bottled water is not clean is not given much meaning. Accordingly, the clean state of the bottled water bottle 2 to store the bottled water should be preceded, so until now there is no alternative to solve this problem, there was a problem that the consumer has no choice.

The present invention devised to solve the above problems, when storing the bottled water in the bottle, by embedding the antibacterial disposable sanitary pack in the bottle, so that the bottled water can be stored in the sanitary pack, the bottled water is always stored in a sanitary state The aim is to provide a sanitary bottle with a sanitary pack that can be used.

The above object is inserted into the bottled water supply portion of the cold and hot water machine in the upper portion of the reservoir portion 101a in which the receiving space is formed, and the bottle opening of the bottle-shaped shape having a smaller inner diameter and smaller outer diameter than the reservoir portion 101a to supply the bottled water of the reservoir portion 101a. A sanitary bottle 101 formed with 101b; A flexible sanitary pack 102 inserted into the storage portion 101a to store the bottled water, and an opening 102a of the upper end thereof drawn out to an upper portion of the inlet 101b to cover the outer diameter of the inlet 101b; Insertion portion 103 which is inserted into the inlet 101b to closely adhere the sanitary pack 102 to the inner diameter of the inlet 101b, and the close contact portion that closely adheres to the top of the inlet 101b with the sanitary pack 102 drawn out into the inlet 101b. The fixing cap 106 is formed integrally at the upper end of the coupling part 103 larger than the outer diameter of the coupling part 103, and the through hole 105 is formed from the upper end of the contact part 104 to the lower end of the coupling part 103. Sanitary pack is characterized in that it comprises a) is achieved by a built-in sanitary bottle.

Here, the sanitary pack 102 is formed of a NON-PVC-based vinyl resin, and further comprises a vent hole 107 perforated on the bottom surface of the reservoir 101a, it is coupled to the vent hole 107 to sanitary It is preferable to further include an air filter 108 to filter the foreign matter of the air flowing into the bottled water (101).

In addition, the air filter 108 is preferably a plurality of hooks 109 formed on the upper surface of the casing is inserted into the vent hole 107 to be coupled.

In addition, it is preferable that the coupling portion 103 is molded into a '┌┐' shaped cross section whose bottom is opened downward so that the coupling portion 103 can be simultaneously inserted into the inner and outer diameters of the inlet 101b.

On the other hand, the above object is a bottleneck shape having a relatively smaller inner and outer diameter than the reservoir 101a to be inserted into the bottled water supply portion of the cold and hot water is supplied to the bottled water supply portion of the cold and hot water in the upper portion of the reservoir 101a is formed receiving space. Hygienic bottled water 101 and the inlet 101b is formed; A soft sanitary pack 102 inserted into the reservoir 101a of the sanitary bottle 101 and having an upper opening 102a disposed at an upper end of the inlet 101b to store bottled water; The coupling part 103 inserted into the inlet 101b to closely adhere the sanitary pack 102 to the inner diameter surface of the inlet 101b, and has a larger outer diameter than the inlet 101b so as to be in close contact with the upper end of the inlet 101b. ) The close contact portion 104 formed integrally with the upper end, the eccentric hole 110 is formed to be eccentrically penetrated to the one side from the upper end of the close contact portion 104 to the lower end of the coupling portion 103, the eccentric hole 110 is not formed Is not formed in the close contact portion 104 is penetrating through the other side, the fixing portion 106 including an insertion hole 111 formed in the structure of the groove through the coupling portion 103 outer diameter surface; The lower part is inserted to protrude to the upper portion of the insertion hole 111 of the fixing cap 106, and passes between the outer side of the sanitary pack 102 and the inner surface of the sanitary bottle 101, the low of the sanitary bottle 101 The sanitary pack 102 is also provided with a sanitary bottle 101 having a sanitary pack 102 characterized in that it includes a vent pipe 112 extending to the bottom of the water portion 101a to allow the outside air to communicate with the water storage portion 101a.

Here, the sanitary pack 102, it is preferable to be molded in a NON-PVC-based vinyl resin.

Hereinafter, the configuration and operation of the present invention will be described with reference to FIGS. 2 to 5.

First, Figure 2 is an exploded partial exploded perspective view showing a coupling structure of the sanitary water bottle 101 and the sanitary pack 102 and the fixing cap 106 of the first embodiment of the present invention, Figure 3 is a structure of the first embodiment of the present invention 4 is a cross sectional view showing the structure of the second embodiment of the present invention. FIG. 5 is an enlarged cross sectional view along the line A-A of FIG. 4, and only the inlet 101a is shown in FIG. 101b) is a figure which is not shown in figure accumulation.

First, as shown in FIG. 2 and FIG. 3, the sanitary bottle 101 according to the present invention is provided with a reservoir 101a having an accommodating space therein, and the bottled water of the cold / hot water machine on the upper portion of the reservoir 101a. Inlet 101b is formed in a shape such as a bottleneck so as to be inserted into a supply part.

The outer diameter of the inlet 101b is molded to be relatively smaller than the outer diameter of the reservoir 101a as shown in FIG. 2, and is generally inserted into the bottled water supply unit 3 of the cold / hot water machine 1 shown in FIG. 1. It shall be molded to the extent that it can.

Meanwhile, as shown in FIG. 2, the sanitary pack 102 formed of a NON-PVC-based vinyl resin is inserted into the water storage part 101a of the sanitary bottle 101, but the opening 102a of the upper end is inserted into the water inlet ( 101b) After withdrawing to the upper portion, the opening 102a can cover the outer diameter of the inlet 101b in the state in which the opening 102a is inverted as shown in FIG. 2.

The sanitary pack 102 of FIG. 2 illustrates a state in which the opening 102a is inverted. When the opening 102a is covered by the inlet 101b in such a state, the sanitary pack 102 is shaped as shown in FIG. 3.

The sanitary pack 102, the left and right sides and the bottom is made of a closed bag shape so as to store the bottled water, the upper portion is formed with an opening (102a) along the shape of the sanitary bottle 101.

That is, the sanitary pack 102 has a shape of an upper open cylinder having an opening 102a formed at an upper end thereof, or is inserted into the sanitary bottle 101, and the opening 102a is exposed or drawn out through the inlet 101b. In view of the above, the opening 102a of the sanitary pack 102 is preferably molded into a shape or shape similar to the inlet 101b of the sanitary bottle 101, and the lower portion of the opening 102a is accommodated in the sanitary bottle 101. When the water is stored in the sanitary pack 102 to be molded into a shape corresponding to the space, the sanitary pack 102 may be expanded in a shape corresponding to the reservoir 101b of the sanitary bottle 101.

In addition, the opening 102a of the sanitary pack 102 which is drawn out to the upper portion of the inlet 101b and surrounds the outer diameter of the inlet 101b is fixed to the inlet 101b using a fixing cap 106. The opening 102a of the sanitary pack 102 is inserted into the inlet 101b by inserting the engaging portion 103 of the fixing cap 106 into 101b so that the sanitary pack 102 is sandwiched between the engaging portion 103 and the inlet 101b. To be fixed).

The fixing cap 106 is composed of a coupling portion 103 and the close contact portion 104, the coupling portion 103 is formed in the outer diameter to the size enough to be inserted into the inlet 101b by interference fit type The close contact portion 104 is formed of an outer diameter larger than the inner diameter of the inlet 101b to be in close contact with the upper end of the inlet 101b.

Therefore, when the fixing cap 106 is inserted into the inlet 101b, the opening 102a of the sanitary pack 102 is enlarged in FIG. 3 between the outer diameter surface of the coupling part 103 and the inner diameter surface of the inlet 101b. The opening 102a of the sanitary pack 102, which is pinched as 'A' and drawn out to the top of the inlet 101b and covered on the outer diameter surface of the inlet 101b, is attached to the close contact portion 104 of the fixing cap 106. By pressing down, it is fixed in a structure sandwiched between the upper end of the inlet 101b and the close contact portion 104.

Here, the cross section of the coupling portion 103 forming the through hole 105 of the fixing cap 106 is molded into a '┌┐' cross-sectional shape opened downward, such as 'B' enlarged in FIG. By simultaneously inserting or fitting the coupling portion 103 into the inner and outer diameters of the 101b, the sanitary pack 102 is covered on the upper end of the inlet 101b as shown in FIG. The coupling part 103 having a '┌┐' cross-sectional shape of 103 may be inserted so that the sanitary pack 102 may be fixed as shown in 'B' of FIG. 3 by the fixing cap 106.

On the other hand, the through-hole 105 of the fixing cap 106 is inserted upside down to the bottled water supply portion of the cold and hot water dispenser is the bottled water is stored in the sanitary pack 102 fixed to the sanitary bottle (101), as shown in FIG. Sealed with a closing cap 113 to prevent foreign substances from entering the sanitary pack 102 through the through hole 105 of the fixing cap 106, the closing cap 113 is a conventional Since it is also used in the bottled water bottle 2 as shown in Figure 1, the present invention will be omitted a detailed description of the closing cap 113.

That is, to store the bottled water in the sanitary bottle 101, the bottled water flowing into the through hole 105 of the fixed cap 106 is a sanitary bottle 101 through the opening 102a fixed to the fixed cap 106 While being stored in the sanitary pack 102 inserted into the water, the sanitary pack 102 is inflated by the bottled water is in close contact with the inner surface of the reservoir 101a of the sanitary bottle 101, the bottled water corresponding to the receiving space of the reservoir 101a Will be able to save.

When the bottled water is stored in the sanitary bottle 101 as described above, the upper end of the fixing cap 106 can be supplied to the consumer by sealing with a closing cap 113 as shown in FIG.

Therefore, the sanitary bottled water 101 that is supplied to the consumer as described above is the same as the method using the conventional bottled water bottle 2 shown in FIG. That is, when the sanitary bottle (101) upside down and inserts the finishing cap 113 and the fixing cap 106 upside down into the bottled water supply (3) of the cold and hot water heater (1) shown in Figure 1 protruding coupling to the bottom of the bottled water supply (3) As the hole is punched in the closing cap 113 by the punching pin (not shown), the water inside the sanitary pack 102 is punched through the through hole 105 of the opening 102a and the fixing cap 106. Since it is discharged from the formed hole can be supplied to the bottled water supply (3).

On the other hand, the bottom of the reservoir 101a of the sanitary bottle 101 according to the present invention, the ventilator 107 to communicate with the reservoir 101a inside the sanitary bottle 101 and the air outside the sanitary bottle 101. To form a sanitary pack 102 inside the reservoir 101a so that the influence of atmospheric pressure can be applied as it is, thereby allowing the bottled water inside the sanitary pack 102 to be easily discharged through the opening 102a. It is preferable.

That is, when the bottled water is discharged from the inside of the sanitary pack 102 through the hole drilled in the closing cap 113, even though the air is not supplied into the sanitary pack 102 through the inlet 101b, the tub of the bottom surface of the sanitary bottle 101 is not supplied. Since the state is in communication with the outside air through the pores 107, the bottled water inside the sanitary pack 102 will be naturally discharged to the bottom.

In addition, in the vent hole 107 formed on the bottom surface of the sanitary bottle 101, foreign substances such as dust contained in the air are introduced into the reservoir 101a of the sanitary bottle 101 through the vent hole 107. By combining the air filter 108 as shown in 'C' in FIG. 3 to prevent it, the sanitary pack 102 housed in the reservoir 101a as well as the clean use of the sanitary bottle 101 are protected from foreign substances. It is preferable to prevent the appearance of the sanitary pack 102 is contaminated.

Here, the air filter 108 is a general air filter 108 that is generally used, the present invention is not limited to the type, the air filter 108 in the present invention is inserted into the vent hole 107 A plurality of hooks 109 are formed on the upper surface of the casing as shown in 'D' of FIG. 3 to maintain a fixed structure in the state.

The sanitary bottle 101 with the sanitary pack 102 according to the present invention having the configuration and structure as described above is inserted into the reservoir 101a of the sanitary bottle 101 by the fixing cap 106 ( Since the opening 102a of the 102 is fixed to the inlet 101b of the sanitary bottle 101, the bottled water is stored in the antibacterial and sanitized sanitary pack 102 even though the bottled water is stored through the inlet 101b. Not only can the bottled water be kept clean, but it can also be shown to the consumer that it is visually clean, so that the bottled water can be shown to be both clean and apparently clean. Has the advantage.

On the other hand, after using the sanitary bottle 101 as described above by the above method, when the sanitary bottle 101 is collected, by pulling the fixing cap 106 to the upper portion of the coupling 103 of the fixing cap 106 It is to be detached from the inlet 101b of the sanitary bottle 101, and in this case, when the opening 102a of the sanitary pack 102 covering the outer diameter surface of the inlet 101b is pulled upward, the opening 102a is included. The sanitary pack 102 that was accommodated in the reservoir 101a can be separated from the sanitary bottle 101.

Therefore, the sanitary water bottle 101 is washed in a state where the sanitary pack 102 is separated, a new sanitary pack 102 is inserted into the reservoir 101a, and the opening 102a of the sanitary pack 102 is inserted into the inlet 101b. If you use after fixing the fixed cap 106 will be able to store and preserve the bottled water in a clean state at all times.

In addition, since the sanitary pack 102 is formed of a NON-PVC-based vinyl resin, it does not release harmful substances such as carcinogens or environmental hormones, so stability is ensured so that it does not harm the health of the consumer.

That is, the NON-PVC-based vinyl resin is, for example, polypropylene (PP) or polyethylene (PE) and the like, it does not discharge the dioxin, an environmental hormone during incineration has the advantage that the disposal is very easy and clean. .

The second embodiment according to the present invention has the same structure as the sanitary bottle 101 of the first embodiment, but the structure through which the vent pipe 112 is inserted between the fixing cap 106 and the opening 102a of the sanitary pack 102. There is a difference in that, the second embodiment is a method for utilizing the sanitary bottle (101) that was previously used.

That is, the opening of the sanitary pack 102 is inserted into the reservoir 101a of the sanitary bottle 101 by inserting the engaging portion 103 of the fixing cap 106 into the inner diameter of the inlet 101b of the sanitary bottle 101. 102a) is the same as that of the first embodiment in bringing the inlet 101b into close contact with the inner diameter surface.

However, the fixing cap 106 of the second embodiment has an eccentric hole 110 penetrating through the close contact portion 104 and the engaging portion 103 as shown in FIG. Eccentrically formed, the insertion hole 111 is formed on the other side of the close contact portion 104 is not formed eccentric hole 110, the insertion hole 111 is the close contact portion 104 as shown in 'A' of FIG. It extends only to the bottom of the, and is formed into a semi-circular groove from the start of the outer diameter surface of the coupling portion 103 to the bottom of the coupling portion 103.

In addition, the insertion hole 111 is inserted into the tube 112 having a pipe structure, and as shown in FIG. 4, the upper portion of the tube 112 is exposed to the upper portion of the fixing cap 106, and the tube tube ( The lower part of 112 is inserted into the bottom surface of the reservoir 101a along the outer surface of the sanitary pack 102 and the inner surface of the reservoir 101a of the sanitary bottle 101 as shown in FIG.

Accordingly, the opening 102a of the vent pipe 112 and the sanitary pack 102 may maintain a state of being closely adhered to the inner diameter surface of the inlet 101b by the coupling part 103 of the fixing cap 106.

On the other hand, when the tube 112 and the sanitary pack 102 is fixed in close contact with the inlet 101b as described above, the bottled water is stored through the eccentric hole 110, at this time, the bottled water stored in the sanitary pack 102 is a sanitary pack ( Since the sanitary pack 102 is expanded or expanded based on the size and shape of the storage space of the reservoir 101a, the weight of the bottled water stored in the sanitary pack 102 is covered by the reservoir 101a of the sanitary bottle 101. Therefore, the tight coupling force between the vent pipe 112 and the sanitary pack 102 opening 102a by the fixing cap 106 does not necessarily maintain a binding force that can bear the weight of the bottled water.

Therefore, after the bottled water is stored as shown in FIG. 4, the eccentric hole 110 of the fixing cap 106 is sealed using the closing cap 113 as described in the first embodiment, and in use, a cold and hot water machine. When the inlet 101b is installed upside down in the bottled water supply unit, the punching pin drills a hole in the closing cap 113 and at the same time the bottled water is supplied through the hole, so that smooth bottled water can be used.

Here, the vent pipe 112 is inserted into the bottled water supply part in a bent state as shown in FIG. 4, so that the air outside the sanitary bottled water 101 is supplied to the water storage part 101a through the vent pipe 112, so that atmospheric pressure is applied. It is preferable to allow the sanitary pack 102 to operate as it is so that smooth discharge of the bottled water can be induced.

Therefore, after inserting the sanitary pack 102 into the existing sanitary bottle (101), the bottled water is stored, and if you want to use the bottled water in the cold and hot water dispenser to form a vent hole 107 in the sanitary bottle (101) By allowing the outside air to communicate with the inside of the reservoir 101a through the vent pipe 112, smooth drainage can be achieved.

Accordingly, in the bottled water supply company that previously had a number of sanitary bottled water 101, the hassle or aeration hole 107 to form a vent hole 107 in the sanitary water bottle 101 in order to use the sanitary pack (102) Formation of the hygiene bottle 101 can be eliminated by any chance that the breakage or damage can be eliminated, so that the use of the hygiene pack 102 is not avoided, and the use thereof can be activated.

As described above, the present invention is molded from a PVC-based vinyl resin, and the antibacterial and sanitized sanitary pack is built into the sanitary bottle, so that the sanitary pack can be fixed in a solid state in the inlet, and a fixed cap is inserted into the bottled water supply part of the cold / hot water machine. By combining a vent or air filter on the bottom of the sanitary bottle, the outside air can communicate with the reservoir of the sanitary bottle so that the bottled water can be discharged smoothly. In addition, the antibacterial and sanitized sanitary packs can solve the concern about the detergents that may remain in the sanitary water bottle, so that the consumer can safely drink clean bottled water.

Particularly, in the conventional bottled water, when the water in the bottle is drained, the contaminated air exposed to the outside is introduced into the bottled water, and heavy metals or bacteria in the air contaminate sterile and clean water, but the sanitary bottle according to the present invention is contaminated as described above. By preventing air from entering the sanitary bottle, it has the effect of solving the pollution problem of water quality.

Claims (8)

A sanitary bottle which is inserted into the bottled water supply part of the cold / hot water machine and has a bottleneck-shaped opening having a relatively small inner diameter and an outer diameter than the reservoir part so as to supply the bottled water of the reservoir part; A soft sanitary pack inserted into the reservoir receiving space to store bottled water, and an opening of the upper end thereof drawn out to an upper portion of the inlet to cover an outer diameter of the inlet; The coupling part inserted into the inlet to close the sanitary pack with the inner diameter of the inlet, and the close contact portion closely contacting the upper end of the sanitary pack drawn out into the inlet is formed integrally at the upper end of the coupling portion greater than the outer diameter of the coupling portion, the bottom of the coupling portion from the top of the close portion Sanitary bottle with a sanitary pack, characterized in that it comprises a fixed cap formed through holes. The method of claim 1, The sanitary pack, Sanitary bottle with a sanitary pack, characterized in that molded from NON-PVC series vinyl resin. The method of claim 1, Sanitary bottle with a sanitary pack, characterized in that it further comprises a perforated hole in the bottom of the reservoir. The method of claim 1, The sanitary bottle is built in a sanitary pack, characterized in that it further comprises an air filter coupled to the vent hole to filter foreign substances of the air flowing into the sanitary bottle. The method of claim 4, wherein The air filter is a sanitary bottle with a sanitary pack, characterized in that the plurality of hooks formed on the upper surface of the casing is inserted into the vent hole is coupled. The method of claim 1, The coupling part, A sanitary bottle with a sanitary pack, characterized in that the lower portion is formed into a '┌┐' cross-section opening downwards and inserted into the inner and outer diameter of the inlet at the same time. A sanitary bottle which is inserted into the bottled water supply part of the cold / hot water machine and has a bottleneck-shaped opening having a relatively small inner diameter and an outer diameter than the reservoir part so as to supply the bottled water of the reservoir part; A soft sanitary pack inserted into a storage part of the sanitary bottle, and having an opening at an upper end thereof disposed at an upper end of the inlet to store bottled water; A coupling part inserted into the inlet to closely adhere the sanitary pack to the inlet inner diameter surface, a close part formed integrally at the top of the coupling part with a larger outer diameter than the inlet to be in close contact with the top of the inlet, and one side from the top of the close part to the bottom of the coupling part; A fixed cap including an eccentric hole to be eccentrically penetrated and an insertion hole penetrating to the other side of the close contact portion in which the eccentric hole is not formed, and an insertion hole penetrating into the structure of the groove on the outer surface of the coupling part; The lower part is inserted to protrude to the upper part of the insertion hole of the fixing cap, and passes through the outer side of the sanitary pack and the inner surface of the sanitary bottle to extend to the bottom of the reservoir of the sanitary bottle to allow the outside air to communicate with the reservoir. Sanitary bottle with a sanitary pack, characterized in that it comprises a. The method of claim 7, wherein The sanitary pack, Sanitary bottle with a sanitary pack, characterized in that molded from NON-PVC series vinyl resin.

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