KR0125482Y1 - Water distributor of a refrigerator - Google Patents

Abstract

The present invention relates to a water distributor for refrigerators that can take cold water cooled in the outside from the outside. The cold water mounted in the inside of the refrigerator is designed to have a hexagonal loop structure while applying magnetization to the cold water cooled in the inside. A refrigerator for discharging water by discharging cold water in a container to a water intake formed on an outer side of a door, wherein a magnetization means (42) is provided between the cold water container (50) and the water intake port (38) to magnetically apply a magnetic field to the cold water. It is easy to separate and combine, so it is not only convenient to clean, etc., but also magnetizes the cold water discharged by the action of the magnetizing means, and converts it into hexagonal water to increase the body fluid conductivity in the human body. Not only is it much improved, but it is possible to obtain very hygienic bottled water due to sterilization of bacteria, etc. Water moss, etc. are not formed in the cylinder member by the use is very convenient.

Description

Water Dispenser for Refrigerators

1 is a schematic cross-sectional view showing a refrigerator having a water distributor in the related art.

Figure 2 is an exploded perspective view showing a water distributor for a refrigerator according to an embodiment of the present invention.

3 is a cross-sectional view showing a water distributor for a refrigerator according to an embodiment of the present invention.

Figure 4 is a perspective view of the main portion showing another practical example of the present invention.

5 is a cross-sectional view illustrating a main portion of a water distributor for a refrigerator according to another embodiment of the present invention.

* Explanation of symbols for main parts of the drawings

38: water intake port 42: magnetization means

42a: magnetic material 421a: elastic part

421b: receptacle

The present invention relates to a water distributor for refrigerators, wherein cold water stored in the refrigerator can be taken out of the refrigerator without opening the door, and more particularly, it is included in the water by magnetizing the cold water by a magnetic field formed in the magnetic body. The present invention relates to a water distributor for a refrigerator capable of supplying highly beneficial magnetized water to the human body in which the mineral component is ion-activated.

In general, the refrigerator stores water in a container to drink cool cold water, especially during the summer, and when taking water, opens a door of the refrigerator, draws out a container stored in the refrigerator, and uses an appropriate amount of water using a container such as a cup. Drinking and storing the container in which water is stored in the refrigerator again, which increases the power consumption by increasing the temperature in the refrigerator by frequent opening and closing of the door, and has a problem in that it is very inconvenient to use.

Conventionally, in order to solve such a problem, an operation lever attaching device for a refrigerator equipped with a chilled water cooler is disclosed in Japanese Utility Model Publication No. 50-37546, which is a refrigerator compartment inside as shown in FIG. A door 2 is coupled to a front surface of the refrigerator main body 1 having a 1a, and a cold water container 3 storing cold water therein is mounted in the refrigerating chamber 1a, and the cold water container 3 In the lower side of the), the operation device 6 hinge-coupled with the operation lever 6 enabling water extraction by opening and closing the valve device 4 according to the operation to discharge cold water into the cup 5.

Therefore, when the cold water in the refrigerating chamber 1a is to be taken out from the outside, when the operation lever 6 is operated downward, the valve device 4 is opened, so that an appropriate amount of cold water is discharged into the cup 5 so that the intake is possible. On the contrary, when the force applied to the operation lever 6 is released, the valve device 4 is closed to stop the discharge of cold water.

However, such a conventional technique can take cold water in the refrigerator without opening the door, and at the same time, the operation lever is easily detachable, so that the surroundings can be cleaned to some extent. By supplying only in a cooled state, various problems such as not only beneficial to the human body due to miscellaneous tastes such as propagation or disinfection of bacteria in cold water, but also need to be treated separately for water purification.

In case of separately treating cold water, foreign substances and odors contained in cold water can be removed to some extent by activated carbon, ceramic, elvan, reverse osmosis membrane, etc., but it is very inconvenient to use because the device is complicated and the filter must be replaced periodically. In addition, it is expensive, and in particular, there is a problem in that it is not beneficial to the human body by removing mineral components such as calcium and magnesium necessary for the human body.

Therefore, in recent years, a method of generating hexagonal hexagonal water by cooling water to a predetermined temperature has been proposed, considering that the chemical structure of water gathered around normal cells or proteins of the human body is composed of a hexagonal ring structure. Hexagonal water of about 10% is produced in the water at 0 ° C, and since most of the water is produced in the hexagonal water only at -30 to -40 ° C, there is a problem that there is a limit in cooling the water without freezing.

The present invention has been made to solve the problems of the prior art as described above, the object of the present invention is to magnetize the cold water cooled in the air at the same time the chemical structure of the water to have a hexagonal ring structure to the human body very An object of the present invention is to provide a water distributor for a refrigerator capable of supplying beneficial magnetized water.

In the refrigerator for dispensing water according to the present invention made to achieve the above object is a refrigerator for discharging the cold water in the cold water container mounted in the refrigerator to the water intake formed on the outside of the door, between the cold water container and the water intake It is equipped with a magnetization means for changing into magnetized water by applying magnetic field to cold water, and it is easy to separate and combine, making it convenient to work with dust, etc., as well as magnetizing the cold water discharged by the action of the magnetizing means, and at the same time, By discharging to the hexagonal ring structure, the conductivity of body fluid in the human body is increased, solubility of cold water is much improved than ordinary water, and very hygienic bottled water can be obtained due to sterilization of bacteria. As water moss is not formed in a member, it is very convenient to use And in that it in its features.

Hereinafter, a preferred embodiment of the present invention will be described in more detail with reference to FIGS. 2 and 3 of the accompanying drawings.

In the drawing, reference numeral 20 denotes a door in which the heat insulating material 26 is foamed between the inner plate 22 and the outer plate 24, and the lower side of the door 20 takes in cold water cooled in the oven. A water intake chamber 28 for this purpose is formed.

In addition, the front cover 32 is formed on the front surface of the water intake chamber 28 by rotatably inserting the water intake lever 30 protruding from both sides of the hinge shaft 30a on the upper side thereof, and forming a through hole 32a on the front surface thereof. Is coupled to the lower side of the front cover 32 is provided with a drip receiving member 34 protruding the gripping projection (34a) to facilitate extraction, the top of the drip receiving member 34 The tray member 36 is formed in a mesh shape to allow the flow of water.

On the other hand, in the through hole 32a formed in the front cover 32, a cylinder member 40 having a water intake port 38 formed at the tip is inserted and installed to allow the discharge of cold water, and the through hole 32a and the cylinder member are installed. Between the 40, the magnetization means 42 which inserted and installed the many magnetic bodies 42a which have the polarity opposite to each other inside is inserted closely.

The plurality of magnetic bodies 42a inserted into the magnetizing means 42 form a strong magnetic field in the cold water passing through the cylinder member 40 to magnetize, and at the same time, the chemical structure of the cold water has a hexagonal ring structure.

The magnetizing means 42 is not limited to being installed intimately between the through hole 32a formed in the front cover 32 and the cylinder member 40, for example, as shown in FIGS. 4 and 5. The receiving portion 421b, which has the elastic portion 421a so as to be detachable at a proper position of the cylinder member 40 and is inserted into and installed with magnetic bodies 42a having opposite polarities, is formed opposite to each other. Of course you can.

On the other hand, in the cylinder member 40, a slide member 44 having an inclined portion 44a on one side is inserted into the cylinder member 40 so as to be slidable laterally through the sealing member 46, and the slide member 44 is provided. The elastic member 48 is installed on the one side, that is, to be moved to be shot in front of the front side of the door 20.

In addition, in the opening 40a formed above the cylinder member 40, a cold water container 50 having a predetermined amount of cold water W stored therein is detachably seated.

A filter member 52 having a plurality of micropores 52a formed therein is inserted in the upper side of the cold water container 50 to prevent foreign substances contained in the cold water from entering. Is combined.

In addition, the lower cap 56 has a cold water inflow passage 56a at the bottom of the cold water container 50 to form a contact preventing portion 56b formed to be inclined to one side while allowing the cold water to flow therethrough. On the inside of the cold water inflow passage 56a, a valve member 58 which is in contact with the inclined portion 44a and moves up and down in accordance with the slide operation of the slide member 44 is elastically installed by the elastic member 48a. ,

On the upper side of the valve body 58, a valve plate 60 for selectively discharging the cold water in the cold water container 50 is inserted into and fixed to the upper end of the cold water inflow passage 56a, and the cylinder member 40 is fixed. The stopper 62 is coupled to the inner side of the high.

On the other hand, the inner upper plate 22 has a plurality of engaging projections 22a protruding, the rear cover 64 having a cutout portion 64a is detachably coupled to the engaging projection 22a.

And, the upper side of the front cover 32, the cover plate 66 for supporting the inner surface of the water intake lever 30 to be in contact with the tip of the slide member 44 is fixed.

In the figure, reference numeral 68 denotes a container such as a cup for receiving cold water in the refrigerator, and reference numerals 70a and 70b denote gaskets made of silicon.

Next will be described the operation and effect of the refrigerator water distributor according to the present invention configured as described above.

First, in order to take in the cold water W cooled in the refrigerator, when the container 68 such as a cup is placed in the intake chamber 28 and the intake lever 30 is pressed, the intake lever 30 has a hinge shaft 30. ) Rotates the slide member 44 in the cylinder member 40 in the lateral direction while being rotated at a predetermined angle.

When the slide member 44 moves while compressing the elastic member 48, the inclined portion 44a raises the valve body 58, and the valve body 58 compresses the elastic member 48a. When rising, the valve plate 60 coupled to the upper side is separated from the upper end of the cold water inflow passage 56a so that the cold water W in the cold water container 50 flows into the cold water inflow passage 56a.

The cold water (W) introduced into the cold water inflow passage (56a) is introduced into the cylinder member 40 coupled to the lower side thereof, and then the container (68) through the intake opening (38) as shown by the dashed line in FIG. It is discharged into.

At this time, the cold water (W) circulated into the cylinder member 40 is magnetized by the magnetizing means 42 and then discharged through the intake port 38, that is, a plurality of installed opposite the cylinder member 40 At the same time, the chemical structure of the water is discharged while forming a hexagonal ring structure by changing to magnetized water by a strong magnetic field formed in the magnetic body 42a.

On the other hand, when the force applied to the water intake lever 30 is released, the slide member 44 in the cylinder member 40 is returned to its original state by the elastic force of the elastic member 48 and the inclined portion 44a is the valve. By being separated from the sieve 58, the valve body 58 is operated downward by the elastic force of the elastic member 48a.

At this time, the valve body 58 is downwardly operated and at the same time the valve plate 60 is lowered to close the upper end of the cold water inflow passage 56a so that the supply of the cold water W stored in the cold water container 50 is stopped. It is done.

In addition, the slide member 44 which is elastically slid by the elastic force of the elastic member 48 is blocked while the inflow of the cold water W into the cold water inflow passage 56a according to the closing operation of the valve plate 60. The cold water (W) in the cylinder member 40 is discharged into the container 68 through the intake port 38, so that the remaining water is not formed in the intake port 38 is convenient to use.

At this time, the cold water (W) introduced into the cylinder member 40 through the cold water inflow passage (56a) formed inside the lower cap 56 is the sealing member 46 coupled to one side of the slide member 44 The elastic member 48 is in close contact with the side surface of the cylinder member 40 due to the elastic force is not discharged, the tip of the slide member 44 is returned to its original state by the elastic force of the elastic member 48 The intake lever 30 in contact with will also be returned to its original state.

In addition, when refilling the cold water (W) in the cold water container 50, after removing the cold water container 50 seated in the opening 40a and opening the lid 54, the appropriate amount of cold water through the filter member 52 It is possible to supply (W), and as the plurality of micropores 52a are formed in the filter member 52, foreign matters contained in the cold water W are prevented from being introduced into the cold water container 50. However, as the lower cap 56 coupled to the bottom of the cold water container 50 is formed with the contact preventing protrusion 56b, the valve body 58 is inadvertently operated during the replenishment of the cold water W, thereby making the cold water W Will be prevented from leaking.

On the other hand, if the cold water container 50 is separated in the state in which the inclined portion (64a) inserted in the engaging projection (22a) by sliding upward, it is possible to separate the back cover 64, the back cover (64) After the separation, the cylinder member 40 is separated from the through hole 32a, so that the slide member 44 can be separated, so that the cleaning of the cylinder member 40 and the slide member 44 is facilitated.

At this time, the coupling order of the slide member 44, the cylinder member 40 and the rear cover 64 may be performed in the reverse order of the separation order.

In addition, when the intake is generated in an improper position of the container 68, etc. are stored in the dripping member 34 through the tray member 36, the dripping water stored in the dripping member 34 is a tray member ( 36) Since the gripping protrusions 34a can be taken out after the gripping protrusions 34a are separated, it is very convenient to handle falling water.

As described above, according to the water dispenser for a refrigerator according to the present invention, the structure is simple and easy to separate and combine, so as to facilitate the work of cleaning and the like, and to magnetize the cold water discharged by the action of the magnetizing means, By discharging the structure into hexagonal ring structure, the body fluid conductivity in the human body is increased, solubility of cold water is much improved than ordinary water, and very hygienic bottled water can be obtained due to sterilization of bacteria. Water moss, etc. are not formed in the cylinder member, thereby making it very convenient to use.

In addition, due to the magnetized water, diseases of the digestive system such as constipation and colitis, diseases of the respiratory system such as colds, bronchitis, and asthma, or diseases of muscles and skeletal systems such as arthritis, adult diseases such as diabetes, obesity, and hypertension, and urinary system It will have an excellent effect in the treatment and prevention of diseases, skin diseases.

Claims (1)

A refrigerator comprising: a cold water container mounted inside a refrigerator to maintain water at a constant temperature; and a cylinder member installed to allow the cold water from the cold water container to pass through and to be selectively picked up through an intake port from the outside. And a magnetization means coupled to the outer circumferential surface of the cylinder member and having a plurality of magnetic bodies fixed to the receiving portion to apply a magnetic field to the cold water passing through the cylinder member.