KR200322976Y1 - Water Purifier of Outdoor - Google Patents

Abstract

The present invention is to solve the problem that the conventional water-sealed water bottle and the outdoor water purifier formed with a separate water purification cap and a hook hole is not purified water due to a lack of pressure means, or the ability of water purification is significantly reduced. Form an injection hole, and form a hook hole on the opposite side of the injection hole, connect a separate water purification cap with a built-in water filter to the injection hole, and fasten the stopper nozzle to the water purification cap on the opposite side connected to the water bottle, An air injection nozzle is provided to fill or remove air from the inside, while a water bottle is formed inside the water bottle, which is spaced apart from the inner wall of the water bottle, and a rubber band is formed near the water inlet or hook hole. Various bottled water in the water bottle can be instantly made by the expansion of water bottle, air pressure or rubber ring There is an effect that can be edible.

Description

Water Purifier of Outdoor

The present invention can be readily purified and edible for various types of bottled water that is questionable in case of lack of drinking water in outdoor activities such as camping, fishing, leisure camp, youth retreat, war or disaster. The present invention relates to a portable outdoor water purifier, which is developed to be able to be used. More specifically, a conventionally known water purifier is connected to an encapsulated water bottle inlet formed of a soft resin, and a stopper nozzle that discharges contents while flowing up and down is connected to a water filter. It is fastened and the air injection part which injects air in a water bottle is comprised in the water tank exterior.

Referring to the outdoor water purifier shown in FIG. 1 as one embodiment of a conventional outdoor water purifier, the conventional outdoor water purifier forms an injection hole thermally bonded to an encapsulated water bottle 1 formed of a soft resin such as polyethylene, and is opposite to the injection hole. There is formed a hook hole (4), connecting a separate water purification cap (2) with a built-in water filter (5) consisting of a ceramic filter and activated carbon to the inlet, and assisted with a water purification cap on the opposite side connected to the water bottle (1) The cap 3 is fastened.

In the prior art, the bottled water bottle 1 is filled with bottled water in which the hygiene state is questioned, and the water purifying cap 2 is bound to the gravity center when the water purifying cap 2 hangs toward the bottom with a hook hole 4. The water is to be purified as water is passed through the fine hole of the water filter, there is a problem that is not purified water due to the lack of pressure means or the ability of water purification is significantly reduced.

The present invention has been devised to solve the conventional problems as described above, the purpose of which can be readily purified and edible various kinds of bottled water in the bottle immediately by the expansion and contraction of the water bottle or the pressure of the rubber band It is to provide an outdoor water purifier.

1A is a perspective view of an outdoor water purifier of the prior art

1b is a perspective view of the water cap of a conventional water purifier for outdoor use

Figure 2a is a perspective view of the outdoor water purifier of the present invention

2b is a perspective view of an outdoor water purifier in which the main part of the present invention is disassembled

Figure 2c and 2d is a cross-sectional view of the operating state of the flow cap of the stopper nozzle of the present invention

Figure 2e is a cross-sectional view of the air injection nozzle of the present invention

3a and 3b is a perspective view of another embodiment of the present invention is configured rubber ring and hook

4 is a front view of another embodiment of the present invention configured with a plastic water bottle

DESCRIPTION OF SYMBOLS 10: Water bottle 11: Inlet 20: Water cap 21: Fastening part 30: Hook hole 31: Hole 40: Air injection nozzle 41: Air inlet stopper 42: Air inlet 50: Stopper nozzle 51: Discharge cap 52: Flow cap 53: Locking ring 54: through-hole 55: discharge ring 56: annular ring 57: support rib 60: plastic water bottle 70: rubber ring 71: hook

In order to achieve the above object, the outdoor water purifier according to the present invention forms an injection hole in a soft water-sealed water bottle, a hook hole is formed on the opposite side of the injection hole, and a separate water purification cap having a water purification filter is connected to the injection hole. , The stopper type nozzle is fastened to the water purification cap of the opposite side connected to the water bottle, and the water bottle is characterized by having an air injection nozzle capable of filling or removing air from the outside into the water bottle.

And, the interior of the water bottle is characterized in that the vinyl can be formed spaced apart from the inner wall of the water bottle.

And, it is characterized in that the rubber ring is coupled to the hook hole of the water bottle or the water bottle edge near the inlet of the water bottle, and the hook is coupled to the rubber ring of the water hole.

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

Figure 2a is a perspective view of an outdoor water purifier according to the present invention, Figure 2b is a perspective view of the main parts of the outdoor water purifier according to the present invention to look at the configuration of the present invention, a water bottle (10) made of a soft resin such as polyethylene or silicone ) Is formed in the outer peripheral surface of the neck portion injection hole (11) that is heat-bonded to form a threaded hole (30) on the opposite side of the injection hole 11, and the separate type purified water cap (20) connected to the injection hole 11 is a ceramic filter and activated carbon Or a conventional well-known water purification filter composed of a membrane filter medium or the like is embedded in the water purification cap 20 and formed into a screw tube at a connection portion with the water bottle 10, and an outer peripheral surface of the inlet 11 of the water bottle 10 on the opposite side. And a fastening part 21 formed of a screw part having the same size as that of the outer peripheral surface of the water inlet 11 of the water bottle on the opposite side connected to the water bottle 10 in the water purification cap 20. It is formed, and formed into a screw pipe inside the discharge cap of the stopper nozzle (50) consisting of the discharge cap 51 and the flow cap 52, the water purification cap 20 is connected to the encapsulated water bottle if necessary The discharge cap 51 is connected to the cap 20. The stopper nozzle 50 has the discharge cap 51 fastened to the fastening portion 21 and the flow cap 52 coupled to the upper portion of the discharge cap 51 to smoothly discharge the bottled water while flowing up and down. It is composed of The annular ring 56 of the flow cap 52 is integrated between the locking ring 53 and the discharge ring 55 of the discharge cap 51 at a predetermined position on the inner side so as to flow up and down, integral with the annular ring 56. Flow cap 52 is also formed to flow up and down in the bent surface formed on the outer periphery of the discharge cap (51). On the other hand, the bottom of the flow cap has a through hole 54 of the same size as the size of the lock ring 53, three to four support ribs 57 are connected to the discharge ring 55 and the inner bottom of the discharge cap (51) And to support the discharge ring 55, a space (not shown) is formed between each of the support ribs 57, the living water can flow.

As shown in the cross-sectional view of the operating state of the flow cap of the stopper-type nozzle 50 of the present invention of Figure 2c the flow cap 52 is raised along the bent surface formed on the outer periphery of the discharge cap (51) 54 and the locking ring 53 is coupled to the stopper nozzle 50 is locked, since the annular ring 56 is coupled to the discharge ring 55, the annular ring 56 is between the support ribs 57 The bottled water (not shown) is sealed so that the bottled water does not flow out of the bottled water 10.

Flow cap 52 is lowered along the bent surface formed on the outer periphery of the discharge cap 51 as shown in Figure 2d is a cross-sectional view of the operating state of the flow cap 52 of the stopper nozzle 50 of the present invention flow cap When the through-hole 54 of the 52 and the locking ring 53 are spaced apart from each other, the annular ring 56 opens a space (not shown) through which the bottled water flows between the support ribs 57 to stop the nozzle ( 50) is opened, the bottled water is purified through the water purification filter of the water purification cap 20 while passing through the interior of the discharge cap 51 and the bottled water flow space of the support portion 57 as shown by the dotted line of Figure 2d flow cap It flows out through the through hole 54 and flows out.

On the other hand, as shown in the cross-sectional view of the air injection nozzle of the present invention of Figure 2e while the body is integrally configured on one side of the water bottle 10, the center of the body through the hole that can communicate with the inside and outside of the water bottle 10 The air inlet 11 is formed to fill or remove air from the outside to the inside of the water bottle 10, and a protrusion is formed at the center of the air inlet 11, which extends and extends to one side of the air inlet 11. An air injection nozzle 40 composed of an air inlet stopper 41 for opening or closing 11 is formed. When the bottled water is purified, the bottled water 10 is discharged out of the water bottle 10 by the expansion and contraction of the expanded water bottle 10 to return to its original size and the pressurization of the air filled in the water bottle 10. .

As shown in a perspective view of another embodiment of the present invention in which the rubber ring 70 and the hook 71 of FIG. 3A are configured, the inner surface of the water bottle 10 is not in communication with the water bottle edge near the bottom inlet 11 of the water bottle 10. One of the hooks 71 is formed when water is formed in the proper position, and the rubber ring 70 is coupled to the hole, and the ring 71 is coupled to the rubber ring 70 to purify the bottled water in the water bottle 10. To open the outer surface of the water bottle 10 with the air injection nozzle 40 to the hook hole 30 and the other hook 71 to open the outer surface of the water bottle 10 without the air injection nozzle 40 By pressing the water container 10 from the outside by hanging on the hook hole 30, the water pressure inside the water bottle 10 is prevented from falling. As shown in a perspective view of another embodiment of the present invention, the rubber ring 70 of Figure 3b, when the rubber ring 70 is coupled to the hook hole 30 of the water bottle 10 to purify the bottled water, the rubber ring 70 One of the hooks is connected to the inlet port 11 by opening the outer surface of the water tank 10 with the air injection nozzle 40 and the other hook 71 opens the outer surface of the water tank 10 without the air injection nozzle 40. By connecting the injection port 11 to pressurize the water bottle 10 from the outside, the water pressure inside the water bottle 10 is prevented from falling.

As shown in the front view of another embodiment of the present invention is configured with a plastic bottle 60 of Figure 4, the inlet 11 is formed integrally with the inlet 11 of the water bottle 10, the body Is spaced apart from the inner wall of the water bottle 10 is formed with a plastic water bottle 60 is formed in the water tank 10 to store the bottled water inside the plastic water bottle 60, and injects air through the air inlet 42 When the air is injected between the water bottle 10 and the plastic water bottle 60, the water bottle is applied with the hydrostatic pressure, and thus the bottled water and the air do not come into contact with each other.

To briefly explain the operation of the present invention described above, the water inlet 10, the water purification cap 20, the stopper nozzle 50 in the disassembled state, the air inlet 42 first air After the air inlet nozzle 40 is closed by sealing with the inlet stopper 41, the bottled water is stored in the water bottle 10 through the inlet 11. At this time, the water bottle 10, which is made of a flexible soft resin, is properly stretched by the weight of the bottled water and further stores the bottled water as much as the stretched volume. After the bottled water is stored in the water bottle 10, the water cap 10 is assembled with the water purification cap 20, and the stopper nozzle 50 is assembled with the water purification cap 20, and then the flow cap 52 is raised to stop the food. The nozzle 50 is locked. The air inlet plug 41 is separated from the air inlet 42 while the air inlet nozzle 40 is blocked by hand, and the air inlet 42 is opened to fill the air into the water container 10 by the mouth and then the air. After closing the inlet 42 with the air inlet stopper 41 to lock the air injection nozzle 40 and moving the flow cap 52 of the stopper nozzle 50 to the bottom, the stopper nozzle 50 In the open state, the bottled water is purified through the water purification filter of the water purification cap 20 in the water bottle 10 and flows through the inside of the discharge cap 51 and the water flow space of the support ribs 57 as shown by the dotted line of FIG. 2D. While flowing into the through hole 54 of the cap is to be leaked to the outside is to be drinking. At this time, the expanded canister 10 is to discharge the bottled water in the canister 10 to the outside of the canister 10 by the action to return to the original size and pressurized air filled in the canister 10. On the other hand, in the state in which the flow cap 52 to the upper end, that is, the stopper-type nozzle 50 is locked, as described above, the rubber ring 70 configured in the hook hole 30 is hooked or hooked ( When the water is purified by opening the stopper nozzle 50 with the flow cap 52 at the lower end after the 71 is hooked to the hook hole 30, the water bottle 10 returns to the water bottle 10. 10) The pressure action of the rubber ring 70 in addition to the pressure action inside the air is further acted to further improve the ability of water purification. In the above state, when the suction cap 52 is inserted into the mouth, the purified bottled water can be directly drinked, and the water bottle 10 is hung at an appropriate position through the hook hole 30 and is separately placed at the bottom of the stopper nozzle 50. By placing the drinking water tank 10 of the purified water in the drinking water tank 10 will be able to store. In addition, by removing the air inside the water bottle can be carried by folding or rolling the water bottle.

Therefore, the outdoor water purifier is configured to easily edible and edible various types of bottled water in the bottle 10 by the expansion and contraction of the water bottle 10, the pressure of the air or the pressure of the rubber ring, and is easy to carry.

As described above, the present invention has the effect that the bottled water can be readily purified and edible by the expansion and contraction of the water bottle, the pressure of the air or the pressure of the rubber ring. You can do other things for clean water, and it is easy to carry because it can be folded or rolled up to reduce volume.

Claims (3)

Form an injection hole heat-bonded to an encapsulated water bottle made of soft resin such as polyethylene or silicone, and form a hook hole on the opposite side of the injection hole, and connect a separate water purification cap including a ceramic filter and activated water filter composed of activated carbon to the inlet. In the outdoor water purifier to fasten the water purification cap of the opposite side to the water bottle, Discharge cap 51 is fastened to the fastening portion 21 of the water purification filter 20, and the flow cap 52 is coupled to the upper portion of the discharge cap 51 to smoothly discharge the bottled water while flowing up and down Stopper type nozzle 50 which consists of; It is composed of an air inlet 42 which is configured on the outer side of the canister 10 to fill or remove air from the outside into the canister 10 and an air inlet stopper 41 for sealing the air inlet 42. Outdoor water purifier, characterized in that the air injection nozzle (40). The plastic container of claim 1, wherein an injection hole is integrally formed with the injection hole 11 of the water bottle, and the body is spaced apart from an inner wall of the water bottle 10, and is formed inside the water bottle 10. Canister 60 is added to the outdoor water purifier, characterized in that the air can be injected between the canister 10 and the vinyl canister 60 through the air inlet (42). According to claim 1 or 2, wherein the rubber ring 70 is coupled to the annular hole 31 of the water bottle edge near the hook hole 30 of the water bottle or the injection port 11 of the water bottle, Outdoor water purifier, characterized in that the hook 71 is coupled to the rubber ring.